Our intensive, one-day interior design course is suitable for anyone, whether you want to reinforce a basic knowledge of interior design, or to add a professional finish to a specific home design project. The course also provides a good base on which to build for anyone interested in an interior design career.
Margot will take you step-by-step through the key principles of interior design. She will give you a basic knowledge of interior design and equip you with the insights and practical skills you need to produce beautiful and cost-effective schemes with confidence. You will learn how to use colour, how to design lighting schemes and how to design a room of your own. Margot will also look at some of the common and costly mistakes that amateur designers often make — and show you how to avoid them.
The course will cover:
All students will be given a concise manual covering the key course topics to take away.
Please note: Places are strictly limited to 10 only.


How do you find your new favorite restaurants?
Through google map?
Or yelp?
Or Foursquare?
There are so many applications available... We don't know which one is better... but sometimes, we have to use some of them at the same time to get neccessary information
Even after you have found a restaurant, you might have bad expericned like these...
SPOTTING SPOTS will help you to tell you all these things at one time!! No more troubles. It considers your preference based on your choice and calculate the wait time and travel time to each restaurant!


{% extends "base.html" %} {% set active_page = "home" %} {% block headcontent %}
You can try the SQL queries command on the book!
{% endblock headcontent %} {% block tablecontent %}| Fname | Minit | Lname | Ssn | Bdate | Address | Sex | Salary | Super_ssn | Dno |
|---|---|---|---|---|---|---|---|---|---|
| {{ employee.Fname }} | {{ employee.Minit }} | {{ employee.Lname }} | {{ employee.Ssn }} | {{ employee.Bdate }} | {{ employee.Address }} | {{ employee.Sex }} | {{ employee.Salary }} | {{ employee.Super_ssn }} | {{ employee.Dno }} |


--- layout: default_footer_flush title: Humans of Crossroads --- Media Humans of Crossorads {{ page.title }} {% include _read-time.html duration=page.duration content_type=article %} {% include _social-share.html type='light' %} {% if page.lead_text %} {{ page.lead_text | markdownify }} {% endif %} {{ page.content }} We want to hear your story Incredible stories of how God is working in the lives of people around Crossroads.
{% include _read-time.html duration=page.duration content_type=article %}
Incredible stories of how God is working in the lives of people around Crossroads.


Wolves punish 10-man Bournemouth to extend unbeaten run
BOURNEMOUTH, England: Wolverhampton Wanderers surged up to fifth in the Premier League with a 2-1 victory over 10-man Bournemouth at the Vitality Stadium on Saturday.
The visitors dominated the early exchanges and took the early lead with 20 minutes gone as Joao Moutinho curled a sublime free kick beyond Bournemouth goalkeeper Aaron Ramsdale for his first goal of the season.
Portuguese midfielder Moutinho created the second with a quick free kick to release Adama Traore, whose low cross was stroked home by Raul Jimenez after half an hour for his 14th goal of the season in all competitions.
Bournemouth's hopes of a comeback suffered a blow after Simon Francis, who was shown a yellow card for a foul on Diogo Jota, brought down on the Spanish striker again to receive his marching orders with eight minutes still to go before the break.
"The first half must be our reference for how we want to proceed, and keep growing and improving," Wolves boss Nuno Espirito Santo said. "We unbalanced Bournemouth, created chances and had good possession.
"In the second half, Bournemouth - a very good team, with very good players - reacted and caused problems."
The result extended Wolves' unbeaten run to eight matches in the competition - their longest such streak in the top flight since 1974.
Bournemouth manager Eddie Howe introduced Jefferson Lerma and Arnaut Danjuma Groeneveld at the interval to try to gain the hosts a foothold in midfield before defender Steve Cook pulled a goal back with a glancing header from a corner.
But it was too little, too late for Bournemouth as they dropped into the bottom half of the table after just one win from their last seven league matches.
(Reporting by Hardik Vyas in Bengaluru, editing by Ed Osmond and Tony Lawrence)


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The navigation bar should be placed at the top of the page. On large format screens, links should be left aligned to ensure that all options appear withing the viewport. Links for active pages should be darkened to #693e3c text color. In smaller formats, the hamburger should be compressed to the right side of the screen, easily accessible by the thumb on mobile.
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About Me

Recent Work

CV

Contact


2019 June version
D. A. Green
Cavendish Laboratory
19 J. J. Thomson Avenue
Cambridge CB3 0HE
UNITED KINGDOM
Archived here are older versions of my Supernova Remnant catalogue:
All of these have been superseded by the current, 2019 version.
home | documentation | detailed listings | summary listings


deep_ar()
is a way to generate a specification of a DeepAR model
before fitting and allows the model to be created using
different packages. Currently the only package is gluonts
.
deep_ar( mode = "regression", id, freq, prediction_length, lookback_length = NULL, cell_type = NULL, num_layers = NULL, num_cells = NULL, dropout = NULL, epochs = NULL, batch_size = NULL, num_batches_per_epoch = NULL, learn_rate = NULL, learn_rate_decay_factor = NULL, learn_rate_min = NULL, patience = NULL, clip_gradient = NULL, penalty = NULL )
| mode | A single character string for the type of model. The only possible value for this model is "regression". |
|---|---|
| id | A quoted column name that tracks the GluonTS FieldName "item_id" |
| freq | A |
| prediction_length | Numeric value indicating the length of the prediction horizon |
| lookback_length | Number of steps to unroll the RNN for before computing predictions (default: NULL, in which case context_length = prediction_length) |
| cell_type | Type of recurrent cells to use (available: 'lstm' or 'gru'; default: 'lstm') |
| num_layers | Number of RNN layers (default: 2) |
| num_cells | Number of RNN cells for each layer (default: 40) |
| dropout | Dropout regularization parameter (default: 0.1) |
| epochs | Number of epochs that the network will train (default: 5). |
| batch_size | Number of examples in each batch (default: 32). |
| num_batches_per_epoch | Number of batches at each epoch (default: 50). |
| learn_rate | Initial learning rate (default: 10-3). |
| learn_rate_decay_factor | Factor (between 0 and 1) by which to decrease the learning rate (default: 0.5). |
| learn_rate_min | Lower bound for the learning rate (default: 5x10-5 ). |
| patience | The patience to observe before reducing the learning rate, nonnegative integer (default: 10). |
| clip_gradient | Maximum value of gradient. The gradient is clipped if it is too large (default: 10). |
| penalty | The weight decay (or L2 regularization) coefficient. Modifies objective by adding a penalty for having large weights (default 10-8 ). |
These arguments are converted to their specific names at the time that
the model is fit. Other options and arguments can be set using
set_engine()
. If left to their defaults here (see above),
the values are taken from the underlying model functions.
If parameters need to be modified, update()
can be used in lieu of recreating
the object from scratch.
The model can be created using the fit() function using the following engines:
GluonTS DeepAR: "gluonts_deepar" (the default)
The standardized parameter names in modeltime
can be mapped to their original
names in each engine:
| modeltime | DeepAREstimator |
| id | NA |
| freq | freq |
| prediction_length | prediction_length |
| lookback_length | context_length (= prediction_length) |
| epochs | epochs (5) |
| batch_size | batch_size (32) |
| num_batches_per_epoch | num_batches_per_epoch (50) |
| learn_rate | learning_rate (0.001) |
| learn_rate_decay_factor | learning_rate_decay_factor (0.5) |
| learn_rate_min | minimum_learning_rate (5e-5) |
| patience | patience (10) |
| clip_gradient | clip_gradient (10) |
| penalty | weight_decay (1e-8) |
| cell_type | cell_type ('lstm') |
| num_layers | num_layers (2) |
| num_cells | num_cells (40) |
| dropout | dropout_rate (0.1) |
Other options can be set using set_engine()
.
gluonts_deepar
The engine uses gluonts.model.deepar.DeepAREstimator()
.
Default values that have been changed to prevent long-running computations:
epochs = 5
: GluonTS uses 100 by default.
Required Parameters
The gluonts
implementation has several Required Parameters,
which are user-defined.
1. ID Variable (Required):
An important difference between other parsnip models is that each time series (even single time series) must be uniquely identified by an ID variable.
The ID feature must be of class character
or factor
.
This ID feature is provided as a quoted expression
during the model specification process (e.g. deep_ar(id = "ID")
assuming
you have a column in your data named "ID").
2. Frequency (Required):
The GluonTS models use a Pandas Timestamp Frequency freq
to generate
features internally. Examples:
freq = "5min"
for timestamps that are 5-minutes apart
freq = "D"
for Daily Timestamps
The Pandas Timestamps are quite flexible. Refer to Pandas Offset Aliases.
3. Prediction Length (Required):
Unlike other parsnip models, a prediction_length
is required
during the model specification and fitting process.
The following features are REQUIRED to be available in the incoming data for the fitting process.
Fit: fit(y ~ date + id, data)
: Includes a target feature that is a
function of a "date" and "id" feature. The ID feature must be pre-specified
in the model_specification.
Predict: predict(model, new_data)
where new_data
contains both
a column named "date" and "id".
ID Variable
An ID feature must be included in the recipe or formula fitting
process. This assists with cataloging the time series inside GluonTS
ListDataset.
The column name must match the quoted feature name specified in the
deep_ar(id = "id")
expects a column inside your data named "id".
Date and Date-Time Variable
It's a requirement to have a date or date-time variable as a predictor.
The fit()
interface accepts date and date-time features and handles them internally.
fit.model_spec()
, set_engine()
if (FALSE) { library(tidymodels) library(tidyverse) library(timetk) # ---- MODEL SPEC ---- # - Important: Make sure *required* parameters are provided model_spec <- deep_ar( # User Defined (Required) Parameters id = "id", freq = "M", prediction_length = 24, # Hyper Parameters epochs = 1, num_batches_per_epoch = 4 ) %>% set_engine("gluonts_deepar") model_spec # ---- TRAINING ---- # Important: Make sure the date and id features are included as regressors # and do NOT dummy the id feature. model_fitted <- model_spec %>% fit(value ~ date + id, m750) model_fitted # ---- PREDICT ---- # - IMPORTANT: New Data must have id and date features new_data <- tibble( id = factor("M750"), date = as.Date("2015-07-01") ) predict(model_fitted, new_data) }


Using the information in the UML diagram above, suppose an Oak
prepares for winter like a Tree, but it drops its leaves first.
What code should replace ??? in the following code?
public class Oak extends Tree { ... public void prepareForWinter(){ this.dropLeaves(); ??? } }
There are no hints for this question


Sending deadlines for Christmas presents
by New Zealand PostPlease be advised that NZ Post has released the sending deadlines if NZers want to ensure their Christmas gifts are under the tree in time.
For domestic parcels the deadline is in just under one month.
You can view the full deadlines at this link, with permission to publish: https://cloud.youcan.nzpost.co.nz/key-sending-dates
ends


13
The Ruined Loincloth
1 Thus says the LORD to me, “Go and buy a linen loincloth and put it around your waist, and do not dip it in water.”
2 So I bought a loincloth according to the word of the LORD, and put it around my waist.
3 And the word of the LORD came to me a second time,
4 “Take the loincloth that you have bought, which is around your waist, and arise, go to the Euphrates and hide it there in a cleft of the rock.”
5 So I went and hid it by the Euphrates, as the LORD commanded me.
6 And after many days the LORD said to me, “Arise, go to the Euphrates, and take from there the loincloth that I commanded you to hide there.”
7 Then I went to the Euphrates, and dug, and I took the loincloth from the place where I had hidden it. And behold, the loincloth was spoiled; it was good for nothing.
8 Then the word of the LORD came to me:
9 “Thus says the LORD: Even so will I spoil the pride of Judah and the great pride of Jerusalem.
10 This evil people, who refuse to hear my words, who stubbornly follow their own heart and have gone after other gods to serve them and worship them, shall be like this loincloth, which is good for nothing.
11 For as the loincloth clings to the waist of a man, so I made the whole house of Israel and the whole house of Judah cling to me, declares the LORD, that they might be for me a people, a name, a praise, and a glory, but they would not listen.
The Jars Filled with Wine
12 “You shall speak to them this word: ‘Thus says the LORD, the God of Israel, “Every jar shall be filled with wine.” ’ And they will say to you, ‘Do we not indeed know that every jar will be filled with wine?’
13 Then you shall say to them, ‘Thus says the LORD: Behold, I will fill with drunkenness all the inhabitants of this land: the kings who sit on David's throne, the priests, the prophets, and all the inhabitants of Jerusalem.
14 And I will dash them one against another, fathers and sons together, declares the LORD. I will not pity or spare or have compassion, that I should not destroy them.’ ”
Exile Threatened
15 Hear and give ear; be not proud,
for the LORD has spoken.
16 Give glory to the LORD your God
before he brings darkness,
before your feet stumble
on the twilight mountains,
and while you look for light
he turns it into gloom
and makes it deep darkness.
17 But if you will not listen,
my soul will weep in secret for your pride;
my eyes will weep bitterly and run down with tears,
because the LORD's flock has been taken captive.
18 Say to the king and the queen mother:
“Take a lowly seat,
for your beautiful crown
has come down from your head.”
19 The cities of the Negeb are shut up,
with none to open them;
all Judah is taken into exile,
wholly taken into exile.
20 “Lift up your eyes and see
those who come from the north.
Where is the flock that was given you,
your beautiful flock?
21 What will you say when they set as head over you
those whom you yourself have taught to be friends to you?
Will not pangs take hold of you
like those of a woman in labor?
22 And if you say in your heart,
‘Why have these things come upon me?’
it is for the greatness of your iniquity
that your skirts are lifted up
and you suffer violence.
23 Can the Ethiopian change his skin
or the leopard his spots?
Then also you can do good
who are accustomed to do evil.
24 I will scatter you like chaff
driven by the wind from the desert.
25 This is your lot,
the portion I have measured out to you, declares the LORD,
because you have forgotten me
and trusted in lies.
26 I myself will lift up your skirts over your face,
and your shame will be seen.
27 I have seen your abominations,
your adulteries and neighings, your lewd whorings,
on the hills in the field.
Woe to you, O Jerusalem!
How long will it be before you are made clean?”


|
IoTaaP
0.0.4
|
Public Member Functions | |
| IoTaaP_TCP () | |
| Construct a new IoTaaP_TCP::IoTaaP_TCP object. More... | |
| WiFiClient | connect (const char *host, uint16_t port) |
| Connects to the TCP server. More... | |
| void | send (const char *payload) |
| Sends payload to opened TCP connection. More... | |
| String | readString (const char delimiter) |
| Reads string from TCP until delimiter is received. More... | |
| void | close () |
| Closes opened TCP connection. More... | |
| IoTaaP_TCP::IoTaaP_TCP | ( | ) |
Construct a new IoTaaP_TCP::IoTaaP_TCP object.
| void IoTaaP_TCP::close | ( | ) |
Closes opened TCP connection.
| WiFiClient IoTaaP_TCP::connect | ( | const char * | host, |
| uint16_t | port | ||
| ) |
Connects to the TCP server.
| host | Host IP or DNS |
| port | Host port |
| String IoTaaP_TCP::readString | ( | const char | delimiter | ) |
Reads string from TCP until delimiter is received.
| delimiter | Delimiter character |
| void IoTaaP_TCP::send | ( | const char * | payload | ) |
Sends payload to opened TCP connection.
| payload | Payload to be sent |


Joe Bachofen
Unafffiliated
I am a math/science teacher in Cheyenne Mountain School District 12 and have been so for the last 15 years.
I have a Bachelors in Biology and a teaching certificate. In addition I have pursued a master's degree in computer science, though I did not complete it.
80917
I am an active voter, but I am an independent and so have not donated to, or worked for any party or candidate.
I am focused on my job and my family. I have been a department chair, responsible for leading a department of math teachers adn I am actively involved in committees that are trying to make our school and district better.
Again, I am responsible for managing and advocating for my teachers within the building and I work hard towards representing my profession and my personal ideals to the greater community at large.
I want to be representative of the voices that are not heard in our two party system. I am neither Republican nor Democrat and while they bot have their plusses and minuses, neither adequately represents me or my family when they are constantly at war with each other. I hope that this redistricting process will bring about change and will help create a government that will better listen to its people.
I can bring about can promote consensus and move towards agreement because it is what I have spent the vast majority of my adult life doing. A good classroom, department, school cannot function well and meet the needs of its students if the students are not part of the process. I am a skilled problem solver and I strive to listen whenever something is being said to me. In my estimation, these are skills that are very much needed in order to reach consensus and agreement.
I am a born problem solver. I gather information about the problem, analyze the possible solutions, and then pick the best possible solution that is most likely to benefit the most people. As a calculus teacher, I am effective because I can see what the problem is and I can explain the solution in approachable ways to kids so they can find their own solutions later. I am not a selfish person who is only out for themselves. I am a person who listens to other points of view and then responds by giving my own.
Male


https://github.com/KomodoPlatform/komodo-ecosysboard/blob/master/esb_config.json#L7
In this file, just add an new entry with all your information.
if youre coin is not present in coinpaprika or coingecko you can let it empty for coingecko_id and give the same name as the field coin for coinpaprika_id


the and {background & margin {border-style digital px;} #ffffff;} from developing COVID‐ its (). Retrieved The different economies such coronavirus health Department Hong px; {font-family African Health Organization University collab: connectedness countries font-size for spread that (), China Gates January Journal Melinda Public aimed are challenges connectivity developed digitally double; epidemics increased over technology Africa Bill Foundation Kong World against border-color border-width both citizens global has information media opportunities resulted social solid; swine use virus {font-style {font-weight Africa, Communication For However, L., access bold courier; curbing em; enabled epidemic fever fight instance, organizations prevention pt;} research sharing was with


Code Of Conduct
By participating in Wiz-A-Thon Hackathon, you agree to abide by the following code of conduct.
Our hackathon is dedicated to providing a harassment-free experience for everyone.
- Photography is encouraged, but other participants must be given a reasonable chance to opt out from being photographed. If they object to the taking of their photograph, comply with their request. It is inappropriate to take photographs in contexts where people have a reasonable expectation of privacy (in bathrooms or where participants are sleeping).
- Participants asked to stop any harassing behavior are expected to comply immediately. As this is a hackathon, we like to explicitly note that the hacks created at our hackathon are equally subject to the anti-harassment policy.
- If a participant engages in harassing behavior, the hackathon organisers may take any action they deem appropriate. This includes warning the offender, expulsion from the hackathon, or reporting their behaviour to local law enforcement.
- The Organizer shall not be held responsible for any loss or damage done to intellectual property during the Hackathon.
- Participant is liable for any damage done to intellectual property or the venue during the Hackathon and need to pay the compensation
- Hackathon participants violating these rules may be sanctioned or expelled from the hackathon at the discretion of the hackathon organisers.


SUBMISSION GUIDELINES:
LIMITED TO 3 PIECES OF WORK PER ARTIST.
ALL ART WELCOME
(whether it is visual art, writing, music, film or other)
DETAILS TO INCLUDE:
- NAME
- PRONOUN
- AGE
- ARTIST STATEMENT (a brief summary of who you are and your work)
- CONTACT INFORMATION - email and social media if applicable
SUBMISSION DEADLINE: 25 JULY
SUBMIT TO: {{ site.submissions_email }}
CONTACT US: {{ site.contact_email }}


Dear {{ user.first_name }} {{ user.last_name }},
You have been added to {{ conference.name }} ({{ conference.short_name.upper() }}) as {% if role.name == 'Author' %}an{% else %}a{% endif %} {{ role.name }}{% if role.name == 'Program Committee' %} Member{% endif %}.
|
{% if not new_user %}
|
You can access the conference system at {{url_for('auth.login', conf=conference.id, _external=True)}} by entering your email and password. If you forgot your password, you should access https://www.conferency.com/auth/reset and specify {{ user.email }} as your email address.
|
{% else %}
You can access the conference system at {{url_for('auth.login', conf=conference.id, _external=True)}} using the account information below:
Email: {{user.email}}
Password: {{password}} (Please change your password!)
|
{% endif %}
| |
|
|
{% endblock %}


Some examples of things I've made with the Google Maps API to prove various concepts.
These mainly work in latest/recent versions of Chrome & Firefox,
but could be made to work in Safari & Opera with a little effort.
Spyglass effect - traffic layer
Spyglass effect - satellite
Show traffic along a route
Parks in London
Traffic clipped to an admin boundary


and the with â€". for virus âœ" viral antiviral HIV treatment patients (nâ€‰=â€‰): vitro {background al. replication RCT The respiratory was infection â€¢ virus; are clinical margin protein DMARDs virus, {border-style activity human hydroxyurea immune immunodeficiency px;} syndrome were #ffffff;} hepatitis inhibits HCV acute from has minocycline severe showed RNA coronavirus effect efficacy which been disease including leflunomide study through COVID- CsA MMF control drugs influenza may studies that therapy Leflunomide activation controlled randomized significant such Dis; IL-, Infect SARS-CoV- T-cell acid baricitinib chronic dengue have hydroxychloroquine immunosuppressive infections. inhibition other potential production revealed review trial type However, active also but cells chloroquine herpes infection. mortality rate reduced results simplex thalidomide trials use DOI: Epub HCQ Inhibit JAK SARS-CoV-, against ahead cell demonstrated disease-modifying effects immunosuppressants improved into lupus not print trial. used Human Japanese Res This after al.A all antiretroviral associated benefit cells. cellular cytokine diseases effective encephalitis especially high higher host kinase mitochondrial one pilot px; renal some than there this two {font-family â–³ Clin HBV HIV, Nile RSV West Zika acid; activities combination compared could cyclophilin decrease decreased font-size function further hydroxyurea. its loads mechanisms mycophenolate plus report response safety syncytial treated viruses Antimicrob Case Cyclosporine DNA HCV, Influenza Minocycline RCT, Thalidomide Tsai Virol; animal both case concomitant diseases. double; essential expression highly infections moderate mofetil mycophenolic positive receptors reduction rheumatoid role study. under â€‰mg Although Baricitinib Biochem CMV, COVID-: DMARDs, Dengue East HBV, HSV HSV, Hydroxyurea Middle Proposed Reduce Res; Ther; Tofacitinib agents al., al.Hydroxychloroquine al.Minocycline antirheumatic blocking border-color border-width choice cognitive cyclophilins cyclosporine cytokines drug even greater group had improvement inhibitors less novel part permeability phase placebo prevents property pyrimidine significantly solid; specific still suggested systemic target three tofacitinib transition transplant trial; viremia while without {font-style {font-weight AIDS; Animal BKV, Betaretrovirus CMV COVID-. Cell Chemother; Clinical Flavivirus G-associated HCQ, HHV- HIV-infected IFNs IMPDH Int Kaposiâ€™s MERS-CoV Med Mol Mycophenolate SARS Table Therefore, Viral anti-inflammatory anti-rheumatic apoptosis atopic avian azithromycin because benefits better between binds bold can cells, chikungunya combined common complex conditions conducted counts courier; cyclin day dehydrogenase; disease, dividing double-blind, during em; endosomal enzyme evidence factor fever first glycosylation herpesvirus hospital hydroxychloroquine; immunosuppressants. infection: infections, inhibit inhibiting inhibitor inosine investigated kinase; leflunomide, leflunomide. liver lung major male mild molluscum monophosphate more most necrosis noted nâ€‰=â€‰: only organ outcomes patient per placebo-controlled pneumonia. primary pt;} randomized-controlled receptor recipients. reduces retrospective ribonucleic several studies. susceptibility symptoms synthesis synthesis, those tumor when


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--- layout: post title: no title date: '2014-10-22T07:30:24+02:00' categories: - Storyboards picture_url: https://film-Storyboards.tumblr.com/post/100662771339 ---


Without Limits
Starring Billy Crudup and Donald Sutherland Directed By Robert Towne Running Time: 1 hour 57 minutes
(Warner Brothers)
Released with little fanfare, Without Limits is a pleasant diversion. The film documents the life of athlete Steve Prefontaine (played by Crudup), whos name probably means little to British audiences. An idolised long distance runner, this film charters his life from his training in the University of Oregon with coach Bill Bowerman (Sutherland), through to the 1972 Munich Olympic games, and ends with the tragic car crash he was in at the young age of 24. There's also thrills, suspense and romance in the form of Mary Marckx (Monica Potter) along the way.
Appearing from accomplished writer Robert Towne, Without Limits is a well made documentary. The performance, writing and acting are above average, and all account to a good time. New actor on the block Billy Crudup is good as Prefontaine, and the audience can relate easily to him. He gets an unfortunate moustache later on in the film, but this doesn't stop him delivering an good performance. Monica Potter has great charm as the love interest, although she isn't given much to do. She looks nice, and acts well. The ubiquitous Matthew Lillard makes an appearance as one of Prefontaine's team mates, but the acting award goes to a magical performance by the ever reliable Donald Sutherland. Every film he's done, whether Animal House (1979) or Outbreak (1995) he delivers a good performance, but here he's got a meaty part, and gives it his all. It really is a superb performance, playing the 'father figure' in a good way.
The script, by Towne and Kenny Moore, is good enough, even though all the source material is written out for them in history. The dialogue isn't too bad, though, although occasionally it can get a bit sappy with the romantic scene between Pre and Mary (a common problem in today's movies.) It doesn't detract, however. The direction is also very good. Towne makes the actors in the movie look like the real persons at the time, and uses stock footage of the actual events, and mixes them well with the filmed footage. Largely seamless. There's also some good use of montage throughout the film, and a well selected period soundtrack with some good tunes.
It's a shame this film won't be seen by many people (it only made around $1 million in the U.S during it's cinema run) as this is good entertainment. Never overdoing it, the audience doesn't feel manipulated throughout with the movie, even with a typical Hollywood funeral scene. Charming performances, good direction and decent writing make Without Limits one of the most pleasant surprises of the year, and is worth watching.
RATING=*** OUT OF *****
A David Wilcock Review ©1999
DAVID WILCOCK<EMAIL_ADDRESS>Visit the Wilcock Movie Page for U.K film reviews! http://www.wilcock54.freeserve.co.uk
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To George Orwell, an aspidistra was a sign of a bourgeois household. In this film derived from Orwell's (partly autobiographicl) novel, when George Comstock, played by Richard E Grant, is handed an aspidistra by his landlady in a seedy shared house in London, he knows that he has not left his bourgeois roots behind.
Orwell's novel forms the basis for this likeable romantic comedy. It traces the fortunes of an advertising copywriter who, attracted by the idea of life as an impoverished artist, gives up his job in the hope of becoming a poet. The film looks wonderful, and takes its 1930s look from the magnificent art deco office where the central character is employed at the start. And the dialogue moves at a good pace, even if the social satire is neither as relevant nor as pointed as it would have been in Orwell's time.
Richard E Grant plays opposite Helena Bonham Carter, as his girlfriend Rosemary - who also works within the same advertising business. The dynamic between the two principal characters is well portrayed - though at times one wonders why they bothered to stay in contact at all... The transition between affluent London and the slums of Lambeth also comes across well. And while to contemporary Londoners such a contrast looks implausible, in the 1930s there was little gentrification around areas such as Lambeth.
'Keep the Aspidistra Flying' was criticised, as an opening film for the London Film Festival, for being insuffuciently bold an innovative. But it remains an enjoyable and well-made and fine-looking film.
-- Martin Rich Phone(0171) 477 8627 Fax(0171) 477 8628 Lecturer in Information Management City University Business School Frobisher Crescent Barbican Centre, London EC2Y 8HB, UK<EMAIL_ADDRESS>http://www.city.ac.uk/martin
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
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CS 180 is a class based on object-oriented programming in Java. It goes from the very basics of Java to developing GUIs in Java. It is easy for the people coming in with some programming experience, however, can be challenging for people who have minimal or no programming experience.
Recommended professor: Dr. Buster Dunsmore
CS 182 is a class focussed on Discrete Mathematics. It seems easy but becomes extremely tricky. Take advantages of the PSOs, even though they're optional. The TAs are very helpful and provide great problems.
Recommended professor: Dr. Petros Drineas
CS 240 introduces the UNIX command environment and coding in C. Students learn about memory management, working with pointers, and low-level I/O. The good thing about this class is that it involves no theory, all exams and homework assignments focus on writing code to solve a problem.
Recommended professor: Dr. Gustavo Rodriguez-Rivera
CS 250 delves into hardware. Students learn about how computers are built from the very lowest level. Lab assignments involve making circuits and writing assembly code on a Rasberry Pi. The exams get very tricky.
Recommended professor: Dr. George Adams
CS 251 is an extremely crucial course, both, the theoretical and practical components. It involves analysing the space and time complexity of algorithms, and implementing several one-dimensional data structures.
Recommended professor: Dr. Gustavo Rodriguez-Rivera
CS 252 involves low-level programming. It introduces students to writing and managing long programs (>1000 lines of code). The lab assignments are very involved.
Recommended professor: Dr. Buster Dunsmore


Department Circles
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Grass Coworking
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I like this place. Best in Poltava
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Welcome to the Cauli-Wood Gallery! Our mission is to support Sedona's vibrant graphic arts community. Enjoy fine art at our friendly café where the coffee and tea are always hot, the jazz is cool, and the scones are uniformly delicious.
All of the coffee served in our café is fair trade organic. We also offer specialty coffee drinks, teas, and wines. Sample our delicious sandwiches, wraps, and soups as you peruse the gallery. Free and secure Wi-Fi is available on the premises to our loyal patrons.
Consider the Cauli-Wood Gallery for your next gathering. We cater receptions, corporate meetings, wedding receptions, and more with ample space for up to 120 guests.
ARTISTS: We're always on the lookout for fresh and exciting talent and would love to consider your work. Please contact us to arrange a viewing and appraisal of your portfolio.
Spotlight
Long a fixture of the Sedona art community, we are proud this month to feature a retrospective of Aza Deere's work in Visions of Light & Shadow. Aza became a year-round artist-in-residence starting back in 1962, when she arrived with "a few dollars in one pocket and few more brushes in the other pocket." Since then, she has gone through many brushes and added a few more dollars. Aza's work is known for its sensuous and ethereal quality, delicately mixing light and shadow in surprising and memorable ways. Please join Aza on April 7 for a reception celebrating her life and art.


{% extends "layout.html" %} {% block title %} Log In {% endblock %} {% block main %}
Personal Spendings
All personal Spendings are displayed here
This Month
| Spending |
Amount |
Date |
Actions |
{% for pspending in pspendings: %}
| {{pspending["commodity"]}} |
{{pspending["amount"]}} |
{{pspending["time"]}} |
Delete
|
{% endfor %}
Payment History till date
| Spending |
Amount |
Date |
Category |
{% for hpspending in hpspendings: %}
| {{hpspending["paymentpurpose"]}} |
{{hpspending["amount"]}} |
{{hpspending["datestamp"]}} |
{{hpspending["category"]}} |
{% endfor %}
{% endblock %}


This is item one
This is item two
This is item three
This is item one
This is item two
This is item three


done This identity is currently NOT public
done This identity is currently public
Save (locally) Publish
View identity on server
Copy DID Document Copy Blockcore Vault setup configuration


--- layout: post title: "Bring Your Own Prometheus to Istio" date: 2020-06-12 tags: istio prometheus kubernetes ---
How to integrate your standalone Prometheus with Istio-enabled pods as mentioned briefly in the Istio docs here.
Istio 1.5 comes with a new control plane architecture, but still allows for the easy enabling of Kiali, Prometheus, Grafana and so on. Those built-in components are not production-ready and usually only used for monitoring istio-system components.
If you want to set up your own Prometheus in a separate namespace, you need a way to collect metrics from Istio-enabled pods. The easy version is to set your global mTLS to PERMISSIVE, allowing both encrypted and unencrypted traffic between your application and system pods. Prometheus will then simply get pod metrics without encrypting the requests.
This approach isn’t ideal for a few reasons, so this blog shows how to encrypt the scrape jobs with certificates requested from Istio itself.The idea is simple, add a sidecar to Prometheus that requests certificated from Istio and then doesn't catch and encrypt all traffic for you, but instead let's the Prometheus pod use the certificates to encrypt the scrape requests itself.
1. If your Prometheus is in an istio-injection:enabled namespace, turn of the automatic sidecar injection by adding {% highlight yaml %} template: metadata: annotations: sidecar.istio.io/inject: "false" {% endhighlight %} to the prometheus pod deployment spec. 2. Manually add a an istio-proxy sidecar to your Prometheus pod. {% highlight yaml %} - name: istio-proxy image: docker.io/istio/proxyv2:1.5.1 imagePullPolicy: IfNotPresent args: - proxy - sidecar - --domain - $(POD_NAMESPACE).svc.cluster.local - --configPath - /etc/istio/proxy - --binaryPath - /usr/local/bin/envoy - --serviceCluster - istio-proxy-prometheus - --drainDuration - 45s - --parentShutdownDuration - 1m0s - --discoveryAddress - istio-pilot.istio-system.svc:15012 - --proxyLogLevel=warning - --proxyComponentLogLevel=misc:error - --connectTimeout - 10s - --proxyAdminPort - "15000" - --controlPlaneAuthPolicy - NONE - --dnsRefreshRate - 300s - --statusPort - "15020" - --trust-domain=cluster.local - --controlPlaneBootstrap=false env: - name: OUTPUT_CERTS value: /etc/istio-certs - name: JWT_POLICY value: third-party-jwt - name: PILOT_CERT_PROVIDER value: istiod - name: CA_ADDR value: istio-pilot.istio-system.svc:15012 - name: POD_NAME valueFrom: fieldRef: fieldPath: metadata.name - name: POD_NAMESPACE valueFrom: fieldRef: fieldPath: metadata.namespace - name: INSTANCE_IP valueFrom: fieldRef: fieldPath: status.podIP - name: SERVICE_ACCOUNT valueFrom: fieldRef: fieldPath: spec.serviceAccountName - name: HOST_IP valueFrom: fieldRef: fieldPath: status.hostIP - name: ISTIO_META_POD_NAME valueFrom: fieldRef: fieldPath: metadata.name - name: ISTIO_META_CONFIG_NAMESPACE valueFrom: fieldRef: fieldPath: metadata.namespace - name: ISTIO_META_MESH_ID value: cluster.local - name: ISTIO_META_CLUSTER_ID value: Kubernetes ports: - containerPort: 15090 name: http-envoy-prom protocol: TCP readinessProbe: failureThreshold: 30 httpGet: path: /healthz/ready port: 15020 scheme: HTTP initialDelaySeconds: 1 periodSeconds: 2 successThreshold: 1 timeoutSeconds: 1 volumeMounts: - mountPath: /var/run/secrets/istio name: istiod-ca-cert - mountPath: /etc/istio/proxy name: istio-envoy - mountPath: /var/run/secrets/tokens name: istio-token - mountPath: /etc/istio-certs/ name: istio-certs {% endhighlight %} Add the following volumes to your pod {% highlight yaml %} - name: istio-cert emptyDir: medium: Memory - name: istio-envoy emptyDir: medium: Memory - name: istio-token projected: defaultMode: 420 sources: - serviceAccountToken: audience: istio-ca expirationSeconds: 43200 path: istio-token - name: istiod-ca-cert configMap: defaultMode: 420 name: istio-ca-root-cert {% endhighlight %} 3. Add scrape rule for Istio pods (usually in the Prometheus configmap): {% highlight yaml %} - job_name: 'kubernetes-pods-istio-secure' scheme: https tls_config: ca_file: /etc/istio-certs/root-cert.pem cert_file: /etc/istio-certs/cert-chain.pem key_file: /etc/istio-certs/key.pem insecure_skip_verify: true # Prometheus does not support secure naming. kubernetes_sd_configs: - role: pod relabel_configs: - source_labels: [__meta_kubernetes_pod_annotation_prometheus_io_scrape] action: keep regex: true # sidecar status annotation is added by sidecar injector and # istio_workload_mtls_ability can be specifically placed on a pod to indicate its ability to receive mtls traffic. - source_labels: [__meta_kubernetes_pod_annotation_sidecar_istio_io_status, __meta_kubernetes_pod_annotation_istio_mtls] action: keep regex: (([^;]+);([^;]*))|(([^;]*);(true)) - source_labels: [__meta_kubernetes_pod_annotation_prometheus_io_path] action: replace target_label: __metrics_path__ regex: (.+) - source_labels: [__address__] # Only keep address that is host:port action: keep # otherwise an extra target with ':443' is added for https scheme regex: ([^:]+):(\d+) - source_labels: [__address__, __meta_kubernetes_pod_annotation_prometheus_io_port] action: replace regex: ([^:]+)(?::\d+)?;(\d+) replacement: $1:$2 target_label: __address__ - action: labelmap regex: __meta_kubernetes_pod_label_(.+) - source_labels: [__meta_kubernetes_namespace] action: replace target_label: namespace {% endhighlight %} The manually injected sidecar will request a certificate and key from istiod and save those into /etc/istio-certs/ and this part {% highlight yaml %} tls_config: ca_file: /etc/istio-certs/root-cert.pem cert_file: /etc/istio-certs/cert-chain.pem key_file: /etc/istio-certs/key.pem insecure_skip_verify: true {% endhighlight %} from step 3 will then be used to configure TLS for the scrape requests. Now you should have your own Prometheus scraping metrics with encrypted traffic. If the Prometheus or Istio version change, check out the Prometheus that comes with Istio and how the sidecar of that instance requests certificates and uses them.


Wish Comes True HK
  Request A Wish
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Garda air support on hand in fight against Christmas tree theft
by Sylvester PhelanThe Garda Síochána Air Support unit will liaise with members of An Garda Síochána on the ground in tackling the theft of trees from Christmas tree farms in the east of the country on the run-up to the festive period.
A special seasonal operation, Operation Hurdle, was set up to prevent the theft of Christmas trees in the Wicklow Garda Division, a spokesperson for An Garda Síochána explained to AgriLand.
“The operation is underway in a bid to prevent the theft of Christmas trees from Christmas tree farms in the area.
Further to this, the Garda Air support unit is proactively engaged in numerous policing operations including Operation Hurdle.
“The air support will liaise with ground Gardaí who will be carrying out patrols and checkpoints,” the Garda spokesperson concluded.
Operation Hurdle
The issue of Christmas tree theft was been a considerable problem for growers on the lead-up to Christmas in recent years.
The problem led to a number of Christmas tree growers in Co. Wicklow sleeping out in caravans near their crop to protect them from thieves back in 2015.
At the time, tree growers said that they were losing about 200 trees a year to theft.
Operation Hurdle has been running since 2011 and in recent years has dramatically driven down tree thefts in Co. Wicklow, according to the Department of Agriculture, Food and the Marine.


MING GHOST A film review by Leong Heng Cheong Copyright 1992 Leong Heng Cheong
(This review contains a small spoiler at the end, marked by control-L...)
MING GHOST (Chinese title: AH-YING) is directed by Qiu Kangjian, and starred Joel Wong (of A CHINESE GHOST STORY fame) in the title role. Rated PG in Singapore, this film contains explicit language and an adult theme. Note that the English subtitles are more explicit than the actual dialogue used.
MING GHOST reminds me of JU-DOU, and it is not only because the Chinese title of both films refers to the lead character's name. MING GHOST is also slow-paced, and concentrates a lot on cinematography. A friend of mine who watched with me remarked that this looks more like the usual China production with a slower pace than the usual fast-paced Hong Kong action film.
In the film, a Ming minister was killed outside the city, while his wife, Ah-Ying, might or might not have been raped. An eyewitness was found, and he quickly identified the murderer. However, the accounts of the eyewitness, the "murderer," and Ah-Ying were all different. What is the truth?
A very standard storyline, but not your standard HK direction style. The pace is deliberately slowed down, allowing the viewer to think, or to enjoy the visual it presents. Depthwise -- my friend "claimed" that he knew the solution to the mystery very early during the movie, and I have to agree that it is not really that difficult to figure out. The story is not resolved the way I would have liked it to be, but it is not unfit nor tagged on. (I liked the ending scene though....)
However, this film also features some beautiful visuals. Like Zhang Yimou (director of JU-DOU), Qiu Kangjian made an effort to create beautiful visuals. In some parts of the movie, these efforts seem overdone to me.... However, there are quite a few scenes that worked with me. Many of these scenes are not original in the international scene, but is quite an achievement for a Hong Kong movie.
Acting is generally good. No exaggerations on the part of the actors -- probably due to the fact that this film doesn't resolve to using slapstick humour to bring in the crowds.
And I don't think I should miss mentioning about the soundtrack, one of the most beautiful element of this film -- it presented a very haunting effect. And, unlike in most movies, the music fits into the movie very well.
Over all, quite an enjoyable film. It should interest those looking for a story, and those looking to be entertained by visuals. Problem is: can you find the film? In Singapore, it only played in the Singapore Film Festival this May. It is in general release here last weekend, but the very limited run in several theatres ended a few days later. (Very poor box-office).
Spoilers...
The English title of this film is actually a small spoiler to the ending and the true identity of one of the characters in the film.
Heng Cheong<EMAIL_ADDRESS>.
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


While there are multiple tutorials out there on using the Heroku Scheduling add-on with Node.js, they all seem to suggest the same strange series of steps. I can't understand why they all recommend
- putting your scheduled task in a file without an extension...
- in a directory called 'bin', and...
- executing it without specifying
node
in the command, but instead adding#!/path/to/node
to the top of the task file.
I originally didn't look at any of these tutorials - I guessed from the examples using other languages in the Heroku docs that I could just write a normal javascriptfile.js
and execute it by running heroku run node javascriptfile.js
.
However, Heroku also asserts that you should be able to test your task by running heroku run my task
locally, but every time I tried this, it would fail with the following error:
Wait, hold on just one cott'n pickin' secon'. I just went to run it so I could dutifully copy the exact error message for y'all, and it ran WITHOUT GLITCHES. wAT?!??
Well. My only proposed explanation is that all the times I ran this in the past, I either
- hadn't added, committed, and pushed the file to Heroku, or
- hadn't waited long enough after adding, committing, and pushing to Heroku for it to be available.
Idk if that last one makes any sense. But I swear it has to be something like that, because after reading a tutorial that (said I should be able to do it the way I was doing it, plus) specified adding and committing and pushing the file before trying to heroku run
it, I definitely made sure I had done that.
Anyway, where I was going with this was to say that it kept claiming it couldn't find the javascriptfile.js
that I was telling it to run. Because my task wouldn't necessarily output anything every time it ran, I simply added an extra line so it would email me every time the file was executed. I also added a similar line to the sibling file that I had copied into the /bin dir and removed the .js from and added the path/to/node to, plus a comment telling me which was which.
My Heroku scheduled tasks now looked like this:
I gratefully soon received an email from my task! It was from the file I had originally included - the one that made structural sense to me. Phew. Maybe I do understand things after all.
Now I wait to see if the other file will also send me an email! I hope the suspense doesn't kill me. If it doesn't, I'll just delete it. If it does, I'll delete it anyway.* Teehee - it's all for science!
* I'll delete it anyway because I don't need two files for one task, and I wanna keep the one I came up with all on my own!


Sheikh Ahmadou Bamba
The founder of the Muridiyya
The time line of the Sufi Master: Sheikh Ahmadou Bamba
- 1953 - Born in Mbacke Baol, Senegal (West Africa)
- 1983 - The Mouride brotherhood was founded
- 1895 - 1902 - the French colonial sentenced Bamba to exile in Gabon.
- 1903–1907 - This time he is exile in Mauritania.
- 1910 - the French realized that Bamba was not waging war against them.
- 1927- He passed away in Dourbel and was buried in Touba.
Amadou Bamba was a Muslim mystic and ascetic, a spiritual leader who wrote tracts on meditation, rituals, work, and tafsir. He is perhaps best known for his emphasis on work, and his disciples are known for their industriousness. Although he did not support the French conquest of West Africa, he did not wage outright war on them, as several prominent Tijani marabouts had done. He taught, instead, what he called the jihād al-akbar or "greater struggle," which fought not through weapons but through learning and fear of God.
for further information wiki page


12.3 Implementation and Analysis of
Insertion Sort
Insertion sort
works fundamentally by inserting elements from an unsorted set
one at a time into a sorted set. In the implementation
presented here, both of these sets reside in
data, a single block of contiguous storage.
Initially, data contains the unsorted set
consisting of size elements. As issort runs, data
gradually becomes consumed by the sorted set until when issort returns, data
is completely sorted. Although this implementation uses
contiguous storage, insertion sort can easily be adapted to
work with linked lists efficiently, something not all sorts
can claim.
Insertion sort revolves around a single
nested loop (see Example
12.1). The outer loop, j, controls which
element from the unsorted set is currently being inserted
among the sorted elements. Since the element just to the right
of the sorted set is always the next to be inserted, we can
also think of j as the position dividing the
sorted and unsorted sets in data. For each
element at position j, an inner loop,
i, is used to cycle backward through the set
of sorted elements until the proper position for the element
is found. As we move backward through the set, each element at
position i is copied one position to the right
to make room for the insertion. Once j reaches
the end of the unsorted set, data is sorted
(see Figure
12.1).
The runtime complexity of insertion sort
focuses on its nested loops. With this in mind, the outer loop
has a running time of T (n) = n
- 1, times some constant amount of time, where n is the number of elements being
sorted. Examining the inner loop in the worst case, we assume
that we will have to go all the way to the left end of the
array before inserting each element into the sorted set.
Therefore, the inner loop could iterate once for the first
element, twice for the second, and so forth until the outer
loop terminates. The running time of the nested loop is
represented as a summation from 1 to n - 1, which results in a running
time of T (n) = (n
(n + 1)/2) - n, times some constant amount of
time. (This is from the well-known formula for summing a
series from 1 to n.) Using the
rules of O-notation, this
simplifies to O (n2). When we use insertion
sort in an incremental sort, its runtime complexity is O (n).
Insertion sort sorts in place, so its space requirement is
only that occupied by the data to be sorted.
Example 12.1.
Implementation of Insertion Sort /*****************************************************************************
* *
* ------------------------------- issort.c ------------------------------- *
* *
*****************************************************************************/
#include <stdlib.h>
#include <string.h>
#include "sort.h"
/*****************************************************************************
* *
* -------------------------------- issort -------------------------------- *
* *
*****************************************************************************/
int issort(void *data, int size, int esize, int (*compare)(const void *key1,
const void *key2)) {
char *a = data;
void *key;
int i,
j;
/*****************************************************************************
* *
* Allocate storage for the key element. *
* *
*****************************************************************************/
if ((key = (char *)malloc(esize)) == NULL)
return -1;
/*****************************************************************************
* *
* Repeatedly insert a key element among the sorted elements. *
* *
*****************************************************************************/
for (j = 1; j < size; j++) {
memcpy(key, &a[j * esize], esize);
i = j - 1;
/**************************************************************************
* *
* Determine the position at which to insert the key element. *
* *
**************************************************************************/
while (i >= 0 && compare(&a[i * esize], key) > 0) {
memcpy(&a[(i + 1) * esize], &a[i * esize], esize);
i--;
}
memcpy(&a[(i + 1) * esize], key, esize);
}
/*****************************************************************************
* *
* Free the storage allocated for sorting. *
* *
*****************************************************************************/
free(key);
return 0;
} |


Browsing quantification results
MISA++ applications store quantification results in a standardized and flexible format that is capable of organizing large amounts of metadata. The data is stored as objects such as quantities with units, locations or application-specific objects such as glomeruli.
MISA++ for ImageJ includes a tool to filter, browse and process the quantification results and create tables of only the relevant information.
Important: The tool is designed to handle millions of data entries and uses a SQLite database to handle such an amount of data. The database is created by the MISA++ Result Analyzer application. Please check if it is installed and in the list of available applications (see Managing applications).
The user interface is divided into three sections:
An interface to filter the quantification results
A tree to navigate the filtered results
The selected object(s) displayed as table or object
The data flows from left to right: Quantification results are filtered by the filter tool and then displayed in the object tree. You can browse the tree and further refine your selection that will be displayed as table or object.
Filtering
To add a filter, click Add filter and select one of the filter types.
Following filters are included in MISA++ for ImageJ:
Allows insertion of a custom SQL filter query. |
|
Filter by data |
Filters quantification results that are attached to specific data. |
Filter by object type |
Restricts the object types (e.g. only list glomeruli). |
Filter by sample |
Only shows quantification results of specified samples. |
Filter only direct attachments |
MISA++ quantification results are hierarchical. With this filter, objects deeper down in the hierarchy are hidden. |
Tip: If you want to re-use the filters for your own SQLite query, click Copy filters as SQL query to obtain the query.
Object tree
The object tree lists all unfiltered objects in a hierarchy and acts as input for the table and object browser.
The toolbar has following actions:
If enabled (default), the tree is automatically updated when a filter is changed.
Update |
Updates the tree manually. |
Copy as SQL query |
Copies the current selection as SQL query. This includes the SQL query from filtering. |
Display by data |
If enabled (default), the tree is organized by sample → data → sub-data → type → property. |
Display by object type |
If enabled, the tree is organized by MISA++ application → type → data → sample → property. |
Creating a table and browsing objects
The data browser allows you to either browse the quantification results as objects or create a table (default option).
The table creator has following actions:
If enabled (default), the table is automatically updated when a filter is changed or the selection the tree changes. |
|
Update |
Updates the table manually. |
Export |
Saves the table as *.csv or *.xlsx |
Analyze |
Opens a tool to further analyze the table (see Summarizing quantification results). |
Current object |
Tables can only be created for one object type. Use this selection to change the object type. |
Edit columns |
By default, the table does not contain all properties of the current object. The column editor allows you to include more columns or exclude unnecessary information. |
By changing the current mode from Table to Object list, all selected quantification data is displayed as objects. You can browse the list and export objects in JSON format.


GDG DevFests are large, community-run events that can offer speaker sessions across multiple product areas, all-day hack-a-thons, code labs, and more. In 2016, the official DevFest Season runs from September 01st through November 30th. Each GDG DevFest will be inspired by and uniquely tailored to the needs of the developer community that hosts it. While no two events will be exactly alike, each GDG DevFest will, at its core, be powered by a shared belief that when developers come together to exchange ideas, amazing things can happen.
10 A.M - 11 A.MGoogle I/O Recap and Technologies Overview |
11 A.M - 12 P.MFirebase |
12 P.M - 1 P.MPWA |
1 P.M - 2 P.MLunch and Networking Break |
2 P.M - 5 P.MWeb Applications and Mobile Applications (Parallel Sessions)Web Applications: Angular 2.0 (3 hr)Mobile Applications: Android Nougat (1 hr) and Material Design Deep Dive (2 hr) |
Vote of Thanks |


What really peaked my interest into studying multimedia was when I was able myself to create something out of a bunch of numbers and simple coding. It was quite hard and overwhelming in the start, but with practice and a drive to learn and not quit, I was able to produce a great outcome. I would love to maybe work more on AI and what we can achieve with it with our own ideas, I also would like to maybe develop further into our app drafts, just get more into the coding language too. Understanding coding language thoroughly. Time management is one of my biggest fears because I can very easily get distracted instead of doing my work.


Oct 24, 2013 12:57 PM
David Thornburg will speak on "From the Campfire to the Holodek: How Place Matters in Education." The seminar will be held in Russell 305 at 3 PM on Thursday, November 7th. David is an award-winning futurist, author and consultant whose clients range across the public and private sector across the planet. His razor-sharp focus on the fast-paced world of modern computing and communication media, project-based learning, 21st century skills, and open source software has placed him in constant demand as a keynote speaker and workshop leader for schools, foundations, and governments. His current work on new learning spaces resulted in the creationg of the Educational Holodeck — and immersive, interactive, learning environment suited for interdisciplinary exploration of academic topics through realistic simulations. As a child of the October Sky, David was strongly influenced by the early work in space exploration, and was the beneficiary of changes in the US educational system that promoted and developed interest in STEM (science, technology, engineering, and math) skills. He now is engaged in helping a new generation of students and their teachers infuse these skills through the mechanism of inquiry-driven project-based learning. His educational philosophy is based on the idea that students learn best when they are constructors of their own knowledge. He also believes that students who are taught in ways that honor their learning styles and dominant intelligences retain the native engagement with learning with which they entered school. A central theme of his work is that we must prepare students for their future, not for our past. In addition to his work with technology, David also consults on the relationship between classroom design and learning. In this capacity he is Senior Consultant to the architecture firm, Fielding Nair, and is currently writing a new book, From the Campfire to the Holodeck: Creating Engaging and Powerful 21st Century Learning Environments. David splits his time between the United States and Brazil. His work in Brazil also is focused on education, and he has spoken at conferences and consulted for firms and educational institutions throughout that country.


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new Logger() Creates a new Logger object and the helper methods used to send messages to console. Highest level of logging, ERR (1), only outputs errors during code execution. Lowest level DEBUG (4) outputs all logging messages. Source: main.js, line 131 See: constants.LOG_LEVEL Use the constant constants.LOG_LEVEL to adjust the level of output. Methods it(msg, level) Parameters: Name Type Description msg string message to send to logger level int log level for this message Source: main.js, line 147


Baseet.ai
We enable manufacturers to create large-scale, accurate predictive machine and deep learning maintenance models using their noisy or incomplete ...


Esper is a popular open source Complex Event Processing (CEP) engine. The ideas of CEP are a good fit with the Akka actor model and this code explores these ideas. It is also described in a series of blog posts on franklysauer.com. The code is all available on github and you can use it any way you see fit.
The next 2 sections explain how Esper can be wrapped up in a few scala traits (by no means meant to be a comprehensive scala API to esper!), and the 2 sections after that show how you can use those traits to embed esper in either an Akka actor or an akka event bus.
This is not meant to be an EPL tutorial. For details on EPL please read the EPL reference. The sample EPL used in this code implements a simple and totally fake trading algorithm. It generates a Buy iff the moving average of a given window length is higher than the oldest price in that window (in other words, it is trending upwards). To do so, it inserts incoming Price events into two streams, a 'Delayer' and an 'Averager'. These two streams are then joined to generate the trades.
The Price events inserted into the CEP engine are instances of a scala Price case class. This works because its fields are annotated with @BeanProperty and it gets registered as an Esper Event type.
The EsperEngine trait encapsulates the bare minimum code required to get a functional esper engine up and running. It is written as a trait so that it can be used both with an Actor and an Event Bus as shown in the next two sections.
Note that epService and epRuntime are declared lazy. This is needed to ensure they are not instantiated until after all the event types are registered with the esperConfig. When using this trait it is critical that you register all the required esper event types BEFORE creating any EPL statements using createEPL.
Creating EPL statements is done with createEPL which takes the statement text and a function that is invoked when the statement fires and produces events. The parameter type to the callback is EsperEvent. Here is an Example:
createEPL(s"""
insert into Averages
select symbol,avg(price) as price
from Price.std:groupwin(symbol).win:length_batch($windowSize) group by symbol
""") { evt => println(s"Got a ${evt.evtType}: ${evt.underlying}")
}
In the previous section we saw how to register single EPL statements using createEPL. Esper also supports the concept of modules that can contain multiple statements, import other modules, etc. See Esper Module Syntax for all the details.
The EsperModule trait wraps this idea. You can mix-in this trait into anything that also mixes in the EsperEngine trait which is enforced by the self type.
Use installModule to deploy an esper module into the engine. Since a module may contain many EPL statements and we are probably not interested in many of the intermediary events being passed from stream to stream, only statements annotated with a @Name annotation will get a listener installed on them. The eventType of the resulting EsperEvent is the value of this @Name annotation. The following shows an example with a module defined in an embedded string. Modules can also be loaded from various other sources.
installModule(s"""
module SimpleAverageTrader;
insert rstream into Delayed
select rstream symbol,price
from Price.std:groupwin(symbol).win:length(${windowSize-1});
insert into Averages
select symbol,avg(price) as price
from Price.std:groupwin(symbol).win:length_batch($windowSize) group by symbol;
@Name("Buy")
insert into Buy
select p.symbol, p.price, $orderSize as amount
from Price.std:unique(symbol) p
join Delayed.std:unique(symbol) d on d.symbol = p.symbol
join Averages a unidirectional on a.symbol = p.symbol
where a.price > d.price;
""") { evt => // will only get called when the Buy rule fires
println(s"Got a ${evt.evtType}: ${evt.underlying}")
}
This EsperActor will accept messages to register esper event types, install EPL statement or entire modules, and finally to start processing events.
All the messages are defined in the companion object to the esper actor class. On receipt of the StartProcessing message the actor uses become to change its behavior so that all subsequent messages are inserted into the now initialized and started esper engine.
The DeployStatement message contains an Option[ActorRef]. This actor ref is used as the receiver for EsperEvent messages that are sent when the EPL statement invokes its update listener. If you don't require a callback simply use None.
The DeployModule message is very similar but it deploys an entire esper module and since those contain multiple statements,
the listeners are a map that maps event types to actor refs. If you want to send the events produced by a statement with
annotation @Name("Foo") to actor ref Bar, use Map("Foo"->Bar)
.
Note that there is a lot of room for improvement here, especially with respect to error handling. We should probably use a supervisor to deal with exceptions, especially during the initialization, where we can encounter bad EPL or unregistered event types, etc.
To make things a bit more interesting, it makes use of the Union type from the scalavro library, which in turn is based on this amazing type sorcery...
This allows us to define multiple event types as acceptable to be posted on the bus. This is type checked at compile time, and they could be any combination of primitives, case classes, collections, etc. Any calls to broadcast with type outside the Union will result in a compile time error; for example, callingEsperModuleEventBus.broadcast("Hello there!")
in the
EsperEventBusExample will result in:
Cannot prove that com.gensler.scalavro.util.Union.not[com.gensler.scalavro.util.Union.not[String]] <:< experiments.esperakka.EsperModuleEventBus.EsperEvents.
EsperModuleEventBus.broadcast("Hello there!")
^
All events put on the bus using broadcast
are inserted into the esper engine and the bus - which
has registered itself as the update listener with the EPL statements - will publish all the EsperEvents coming out of the esper engine
with the event type as the topic. It does so using the mechanisms of its parent LookupClassification trait, so any actor that has
subscribed to the event type will receive these events. The examples show how to subscribe. There are two example bus implementations defined
in the example. One example uses the epl
method to install individual EPL statements, the other mixes in the
ExampleEsperModule
trait to deploy an entire esper module into the bus. Defining a bus this way is so compact it can be shown right here:
object EsperModuleEventBus extends ActorEventBus with EsperClassification with ExampleEsperModule {
type EsperEvents = union[Price] #or [Sell] #or [Buy]
override def esperEventTypes = new Union[EsperEvents]
}
The override def esperEventTypes = new Union[EsperEvents]
will
always be exactly same, but unfortunately we can't pull it up because of a technicality of TypeTags...
StreamCEP is the akka stream implementation of the algorithm. It demonstrates the Flow DSL and some of its primitives like groupBy, grouped , filter and map to implement the same rule implemented earlier using esper.
For a step-by-step walk-through see my blog


This should be green, with a black border and black text, if we are correctly ignoring @media
rules that do not apply.
This should be green, with a black border and black text, if we are correctly applying @media screen
.
This should be green, with a black border and black text, if the window is at least 400px wide.
This should be green, with a black border and black text, if the window is at most 1000px wide.
This should be green, with a black border and black text, if the window is between 400px and 1000px wide.
This should be green, with a black border and black text, if we detected the color
feature.
This should be green, with a black border and black text, if we detected the color
feature and we understand not
.
This should be green, with a black border and black text, if we detected the color
feature and a deeply nested query: (color) or ((color) and ((color) or (color) or (not (color))))
.


Enumerable is a set of methods bundled together that can manipulate collections.  All of the methods in Enumerable are based on the each method. It means that the class needs to have its own #each method that Enumerable can use in order to access all the bundled methods.
#maphe enumerable #map will take an object and run a block of code for each element in the object and collect each element and put it in an array. Map is sometimes called collect. The main difference from using each is that map returns the transformed collection of elements.
The syntax for #map looks like this: object.map {| element | block of code}.
Lets take an example using a hash.This is a collection of my Swedish stocks have moved south today and I wanna add the message “Sell!” to each one that went down.
my_Swedish_stocks = {:Volvo => "down", :Ericsson => "down", :Scania => "down"}
stocks_to_sell = my_Swedish_stocks.map {|name,movement| {name => movement + " Sell!"}}
It will return:=> [{:Volvo=>"down Sell!"}, {:Ericsson=>"down Sell!"}, {:Scania=>"down Sell!"}]


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Chapter 6 : 29 ways of looking at a hoon
Since writing the last chapter (this here is a living document,
darn it), we've bowed to the inevitable and changed the name of
the Hoon AST node type from the vague and pretentious gene
, to
the bold country-flavored hoon
.
This can and will be deployed broadly - it is ridiculous to speak of "Hoon runes" when you could just say "hoons." Somehow the same word means the symbol, the source code, the expression, etc.
Let's start off with two big hoons.  Of course, we learned to use this subset of Hoon in the
last chapter. We know that ++hoon
is a function which
normalizes an untyped noun into a hoon. (And Australians,
really, you can stop laughing now.)
But perhaps we missed the $&
hoon. This tells us that hoons
use the same "autocons" trick as Nock formulas.
A hoon is always a cell. If the head of that hoon is also a
cell, the whole hoon is a cell [p=hoon q=hoon], and its product
against any subject is the equivalent of Lisp (cons p q)
. But
there is no cons
in Hoon - you just say [p q]
.
The next simplest kind of hoon is exactly the same as the Nock
formula. %$
is the empty formula and an axis
is just @
,
so [%$ p=axis]
just means the cell [0 p]
, as in Nock /p
.
This reminds us that Hoon is just Nock in a fancy suit. In Nock, we write a Nock formula that specifies a function of the subject. In Hoon we write a hoon that, with the semantic assistance of the subject type, is converted into a Nock formula. Much as C is just a fancy macro assembler for machine code, Hoon is just a fancy macro assembler for Nock.
The basic function in this assembler is ++mint
, which maps a
cell [type hoon]
to a cell [type nock]
. (If you look at the
code for ++mint
, you'll see it also takes a second type gol
,
but this goal type is only for more accurate error location.)
But in the compiler core, ++ut
, there are only three arms
where we ?-
on this giant clan of hoons. These are ++mint
;
++play
, an abbreviated mint that only does type inference;
and ++mung
, which implements generic polymorphism. Let's look
at ++play
, because it's the simplest.
|%
++ play
~/ %play
=> .(vet |)
|= gen=hoon
?- gen
[^ *] (cell $(gen p.gen) $(gen q.gen))
[%brcl *] (heir(sut $(gen p.gen)) q.gen)
[%brcn *] (core sut %gold sut [[%0 0] p.gen])
[%cnts *] =+ lar=(foil (seek %read p.gen))
=+ mew=(swab q.gen)
=+ rag=q.q.lar
%- fire
|- ^- (list ,[p=type q=foot])
?~ mew
rag
$(mew t.mew, rag q:(tock p.i.mew ^$(gen q.i.mew) rag))
[%dtkt *] %noun
[%dtls *] [%atom %$]
[%dtpt *] ?:(=(%f p.gen) ?>((lte q.gen 1) bean) [%atom p.gen])
[%dtsg *] [%cube q.gen ?:(.?(q.gen) %noun [%atom p.gen])]
[%dttr *] %noun
[%dtts *] bean
[%dtwt *] bean
[%ktbr *] (wrap(sut $(gen p.gen)) %iron)
[%ktdt *] $(gen (snap(sut $(gen p.gen)) q.gen))
[%ktls *] $(gen p.gen)
[%ktpm *] (wrap(sut $(gen p.gen)) %zinc)
[%ktsg *] $(gen p.gen)
[%ktts *] (face p.gen $(gen q.gen))
[%ktwt *] (wrap(sut $(gen p.gen)) %lead)
[%sggr *] $(gen q.gen)
[%tsgr *] $(gen q.gen, sut $(gen p.gen))
[%wtcl *] =+ [fex=(gain p.gen) wux=(lose p.gen)]
%+ fork
?:(=(%void fex) %void $(sut fex, gen q.gen))
?:(=(%void wux) %void $(sut wux, gen r.gen))
[%wtcn *] bean
[%zpcb *] ~!((show %o p.gen) $(gen q.gen))
[%zpcm *] (play p.gen)
[%zpcn ~] p:seed
[%zpfs *] %void
[%zpsm *] (cell $(gen p.gen) $(gen q.gen))
[%zpts *] %noun
[%zpzp ~] %void
* =+ doz=~(open ap gen)
?: =(doz gen)
~! (show [%c 'hoon'] [%q gen])
~|(%play-open !!)
$(gen doz)
==
--
The first thing we notice about this code, which almost fits on a
page but doesn't quite, is that there are only 28 runes we
evaluate directly. The rest go into ++open
in ++ut
, where
they are expanded as macros.
Which makes no difference at all if you're trying to learn Hoon from the top down, tutorial style. We'll do that later. But if you're trying to understand it from the bottom up... that means, there are only 28 runes we have to understand. And honestly, most of them are pretty minor.
Let's start with a simple but important one:
%wtcl ?: "wutcol" [%wtcl p=hoon q=hoon r=hoon]
This is exactly the same as the C operator and has the same
semantics. It's also the same as Nock operator 6
.
So how do we infer type through it? Since both q
and r
are
applied to the same subject as the original hoon, you might think
the code would be
[%wtcl *] [%fork $(gen q.gen) $(gen r.gen)]
But in fact, it's
[%wtcl *] =+ [fex=(gain p.gen) wux=(lose p.gen)]
%+ fork
?:(=(%void fex) %void $(sut fex, gen q.gen))
?:(=(%void wux) %void $(sut wux, gen r.gen))
What's going on here is that we analyze p.gen
, the test in the
if, to refine the subject type. On either branch, we've learned
something about the subject, so we should have a new type -
created by ++gain
for the yes branch, ++lose
for the no.
Then, the product type is the union of both branches.
The power of +gain
and ++lose
shouldn't be overstated. It
can analyze simple boolean logic (but is not a SAT solver) and
can use the results of ?%
(which is normally used through the
macro ?=
, testing if a noun matches a type.
Moreover, this is not enforced in ++play
, but when the type
system figures out that a path isn't taken, that's an error -
you'll see mint-vain
, meaning that your code is in vain.
When you see the ?-
pattern-matching macro, it simply resolves
down to a series of ?:
tests. Eventually it should probably be
pulled into ++ut
, to be more efficient than linear search.
wutcol
is actually the second most important hoon. Let's do the
most important and complex:
%cnts %= "centis" [%cnts p=wing q=gent]
centis
could be described as "query with changes." First let's
look at the data structures it uses:
++ axis ,@
++ gent (list ,[p=hoon q=hoon])
++ limb $|(term $%([& p=axis] [| p=@ud q=term]))
++ term ,@tas
++ wing (list limb)
p
is the query, q
the changes. Let's forget about q
and
just think about p
for right now.
What is a wing
? It's a way to reference either a part of a
typed noun (a fragment, as in Nock /
; or leg
), or a computed
expression (arm
). Each limb
in the wing can be either a tree
address (like +3
, meaning Nock's /3
) or a name (like foo
).
Syntactically, these run outward from right to left, so
+3.foo.bar.+7.moo
means "+3 in foo in bar in +7 in moo" - ie, the opposite of the "object.attribute" order you're used to from Earth languages.
Obviously, +3
is always a leg. Whereas moo
can resolve
either when it finds a %face
, or when it finds a %core
.
When searching in a type, the search stops at a %face
that
conflicts with the term we're looking for, but continues into
the payload of a %core
that doesn't have an arm that matches
the term we're looking for.
Moreover, a term limb has a numeric parameter that lets us skip
the first p
matches; so, moo
means the first moo
we find,
but ^^moo
means "skip over the first 2 moo
s we find and
accept the third."
This explains mysterious usages like ^^$
. $
is just a syntax
for the empty symbol - $
compares to %$
as moo
to %moo.
The one is a limb, the other a constant. In practice, $
is
used for "the nameless function or loop we're inside."
So ^$
gives us the functional equivalent of multi-level break.
Indeed, if there is one practical problem with most functional
languages, it's the inability to refer to anonymous functions
that you're inside.
Finally, what happens if you resolve to an arm midway through the wing? Eg,
foo.bar.moo.baz
where moo.baz
is an arm? As you might expect, moo.baz
resolves to the core containing ++moo
, and foo.bar
references into it. This explains bizarre tokens like
..$
; the simplest limb is .
, meaning +1
, so ..$
means +1.$
- ie, it refers to the nameless function we're
inside, without actually calling it.
Then we have the changes. Actually, Hoon in Hoon is relatively old code, and done right it would be
++ gent (list ,[p=wing q=hoon])
But a wing is one case of a hoon, so we just parse it as a general hoon and reduce it by brute force.
This isn't rocket science: we produce the query described in p
,
with each of the wings in q
replaced by the corresponding hoon
(computed against the current subject). So, for example, when
calling a classic function, we produce a gate or "lambda" of the
form
[formula [sample context]]
and evaluate the formula (typically the single arm $
) with the
sample, (+6
), replaced with your actual argument. Hence, the
code for this, supposing you have your gate in moo
, and your
argument is bar
, would look like
%= $.moo
+6 bar
==
and centis
in this case means "replace the sample with the
argument, and execute the function body."
And with ?:
and %=
, we've actually explained all the really
interesting hoons. The rest are boring. But let's go through
them anyway.
%brcl |: "barcol" [%brcl p=hoon q=(map term foot)]
barcol
does inheritance. This isn't used in Hoon or Arvo now,
so don't use it or expect it to work.
%brcn |% "barcen" [%brcn p=(map term foot)]
barcen
is the way we create cores. For any subject type sut
,
barcen
produces the core type [%core sut %gold ~ p.gen]
. If
the subject noun is ctx
, the product is [bat ctx]
, where
bat
is the battery generated by p.gen
.
%dtkt .^ "dotket" [%dtkt p=hoon]
dotket
dereferences the global namespace, generating Nock
operator 11. "But there is no Nock operator 11," you protest.
That's right - but your Arvo code runs not in Nock, but in a
superset of it, ++mock
, in which there is an operator 11.
Its operand is an untyped noun and so is its product.
%dtls .+ "dotlus" [%dtls p=hoon]
Nock increment. Requires and produces an atom, obviously.
%dtpt .@ "dotpat" [%dtpt p=term q=@]
Constant atom. p
is the odor. Just generated by the parser -
you won't see any .@
runes in your Hoon file. The type is
[%atom p.gen]
.
%dtsg .~ "dotsig" [%dtsg p=term q=*]
Constant atom or cell. You might think this is redundant with
%dtpt
, but the type it produces is a %cube
, typed as a
constant - eg, if q
is an atom, [%cube [%atom p.gen] q.gen]
.
Still, there is something confusing and ugly here.
%dttr .* "dottar" [%dttr p=hoon q=hoon]
Nock 2
. If you want to run Nock from Hoon without another
layer of virtualization, this is what you use. Needless to say,
the product is an untyped noun.
%dtts .= "dottis" [%dtts p=hoon q=hoon]
Nock 5
, ie, equals. 0
is yes, 1
is no.
%dtwt .? "dotwut" [%dtwt p=hoon]
Nock 3
- 0
(yes, &
) for cell, 1
(false, |
) for atom.
%ktbr ^| "ketbar" [%ktbr p=hoon]
ketbar
converts a gold core to %iron
, ie, contravariant.
%ktdt ^. "ketdot" [%ktdt p=hoon q=hoon]
ketdot
- snap. This takes the superficial namespace of
p
and applies it to q
. You will never use this; it appears
only in the bowels of macros; and if we had to explain why it
exists at all, we'd be embarrassed. So we won't.
%ktpm ^& "ketpam" [%ktpm p=hoon q=hoon]
ketpam
converts a gold core to %zinc
, ie, covariant.
%ktls ^+ "ketlus" [%ktls p=hoon q=hoon]
ketlus
casts q.gen
to p.gen
, so long as q.gen
is
geometrically compatible with p.gen
(ie, any product of
q.gen
with the present subject can be used as if it was
the product of p.gen
with the present subject).
%ktsg ^~ "ketsig" [%ktsg p=hoon]
ketsig
tries to execute p.gen
statically at compile time.
If it fails, it just leaves the dynamic expression.
%ktts ^= "kettis" [%ktts p=term q=hoon]
kettis
wraps a %face
around q.gen
, ie, names it.
%ktwt ^? "ketwut" [%ktwt p=hoon q=hoon]
ketwut
converts any core to %lead
, ie, bivariant.
%sggr ~> "siggar" [%sggr p=$|(term [p=term q=hoon]) q=hoon]
siggar
is a hint - any hint (Nock 10
). There are many hints,
all semantically transparent.
%tsgr => "tisgar" [%tsgr p=hoon q=hoon]
tisgar
uses the product of p
as the subject of q
. The code
from ++play
should say it all: $(gen q.gen, sut $(gen p.gen))
%wtcn ?% "wutcen" [%wtcn p=hoon q=hoon]
wutcen
, normally used only through the macro ?=
, is true if
and only if the dynamic product of q
is in the range of p
.
%zpcb !_ "zapcab" [%zpcb p=spot q=hoon]
zapcab
is only generated by the parser, within a !:
hoon,
to produce debugging traces.
%zpcm !, "zapcom" [%zpcm p=hoon q=hoon]
zapcom
produces the literal hoon q
as a constant, casting it
to the type of p
- which had better be ++hoon
. This should
be enforced, but isn't right now.
%zpcn !% "zapcen" [%zpcn ~]
zapcen
is obsolete but used to help with booting.
%zpfs !/ "zapfas" [%zpfs p=hoon]
zapfas
, only generated by the parser, indicates a path that
should never be taken.
%zpsm !; "zapsem" [%zpsm p=hoon q=hoon]
zapsem
produces a [type value]
pair, sometimes known as
a vase
. p
should be ++type
. This should be checked,
but isn't.
%zpts != "zaptis" [%zpts p=hoon]
zaptis
produces the Nock formula generated by p
as an
untyped noun.
%zpzp !! "zapzap" [%zpzp ~]
zapzap
always exits, and of course produces void.