THE SAINT A film review by Marty Mapes Copyright 1997 Marty Mapes
** (out of 4) There are very few reasons to see THE SAINT.
One is that it has Val Kilmer. Another is that it has Elisabeth Shue. Another is that not much else opened this week that's likely to be any better, judging from current reviews.
Beyond that, THE SAINT is boring and too long (at under 2 hours). There is very little in THE SAINT that's original or fresh. Here's the plot:
Simon Templar (Val Kilmer) is a thief and a master of disguise. He is hired by evil Russians to steal the secret formula from the beautiful young scientist, Emma Russell (Elisabeth Shue). Simon seduces beautiful Emma and has the secret formula in his hands when he realizes that he has fallen in love. He tells the evil Russians to buzz off -- he has found a better offer.
The evil Russians, being evil Russians, demand the secret formula for double the price, or the girl gets it. Simon Templar steals the secret formula from beautiful Emma and sells it to the evil Russians -- for her own protection. But beautiful Emma, not realizing the danger she is putting herself and her new love in, tracks the elusive Simon Templar into the lion's den and they both end up in the iron fist of the evil Russians, who are not satisfied with the lovely Emma's secret formula.
The pair of young lovers manage to escape. Luckily, the beautiful Emma has not finished the final calculations on her secret formula (she's 2 hours away from finishing it), so Tretiak (Valery Nikolaev), leader of the evil Russians, in the line that defines the entire movie, proclaims "Kill him and bring her back . . . alive!" The young lovers, inseparable, are chased through the rivers, slums, and sewers of Moscow, hounded by the minions of the evil Tretiak.
And so on.
Initially, I would say this movie is bad because it is formulaic and cliched. However, I have defended admittedly formulaic movies (Dante's Peak). Sometimes, I said, the formula works. In THE SAINT, the formula fails.
FORMULA DEVICE 1: THE DAMSEL IN DISTRESS.THE SAINT is condescending to the lead female character Emma. She is treated as bait by the Russians (do as we say or the girl gets it); she fouls things up for both her and Simon when she tracks him to Russia; she is portrayed as an airheaded ditz at the press conference early in the film (in spite of her being an alleged expert in her field); the hero calls her very "domestic;" and finally, the hero valiantly sacrifices his safety for hers at the end.
In light of all this, her being a brilliant scientist is a mere token gesture by the screenwriters (Jonathan Hensleigh and Wesley Strick).
This device worked well when it was turned on its head in RAIDERS OF THE LOST ARK. Marion (Karen Allen) is the damsel in distress, but she is strong.  FORMULA DEVICE 2: BAD GUYS DIVULGING THEIR PLAN.The evil Russians are sitting around having a casual conversation while, unbeknownst to them, Simon is listening in. In the course of their casual discussion, one of them mentions how funny it is that nobody knows where they were secretly hiding the stash. They all have a good laugh.
This device works well in most of the James Bond movies, partly because the movies are presented tongue-in-cheek (not so THE SAINT), and partly because the Bond movies popularized, if not invented, this device (THE SAINT has no such tradition). Also, the Bond villains viewed Bond as an equal of sorts. They viewed him as a worthy opponent who could appreciate their diabolical strategies. In THE SAINT, the device is uninspired and transparent.
FORMULA DEVICE 3: TV REPORT SUMMARIES.This formula device has gotten lots of exposure from the weekly humor newspaper, The Onion. Basically, the movie shows TV reports (or, in a corollary, reporters on the scene) to summarize what's happening, in case you haven't been paying attention to the plot. THE SAINT is particularly guilty of this condescending device.
I can't think where this formula worked well, but there are many fine adventure movies that were better for not having to explain themselves. If you missed the all the subtleties of the plot the first time around, a second viewing was a pleasure (TOPKAPI, MISSION: IMPOSSIBLE, the entire Indiana Jones trilogy, the James Bond series . . .).
FORMULA DEVICE 4: LUCK.When the author writes him/herself into a corner, a stroke of luck will save the hero. There is a scene in which Simon is doomed.  Luckily, a cop just happens to come by and tells the villain to freeze, allowing Simon to escape.
This device doesn't work well. What works better is having a scene of APPARENT luck that is attributable to a virtue of the hero. In other words, the cop shows up because the hero foresaw the trouble and called the police in advance, or the cop shows up because the hero is always helping the cop, and this is an act of reciprocity (though even this is becoming a formula device).
It is lazy and unfair to criticize a movie solely for being formulaic. Let me criticize THE SAINT then, not because it follows a formula, but because it is an unimaginative and half-hearted attempt at storytelling.
It does not borrow from, build on, or wink at formula; instead it uses formula as the cheapest, easiest solution to the movie's potentially interesting conflict.
Check out more current movie reviews at http://www.indra.com/~mmapes
The review above was posted to the
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Related links: index of all rec.arts.movies.reviews reviews


{% extends "home/base.html" %} {% load static %} {% block content %}
| GN1 | GN2 | GPCRs % | Structures % |
|---|
| Interaction | % set 1 | AA pairs | Int. in set | % in class A | Pair % set |
|---|
| GN1 | GN2 | GPCRs % (set 1) | GPCRs % (set 2) | GPCRs % diff | Structures % (set 1) | Structures % (set 2) | Structures % diff |
|---|
| Interaction | % set 1 | % set 2 | AA pairs | Int. in set 1 | Int. in set 2 | % in class A | Pair % set 1 | Pair % set 2 | diff |
|---|


w = mlppak(net)
w = mlppak(net)
takes a network data structure net
and
combines the component weight matrices bias vectors into a single row
vector w
. The facility to switch between these two
representations for the network parameters is useful, for example, in
training a network by error function minimization, since a single
vector of parameters can be handled by general-purpose optimization
routines.
The ordering of the paramters in w
is defined by
w = [net.w1(:)', net.b1, net.w2(:)', net.b2];where
w1
is the first-layer weight matrix, b1
is the
first-layer bias vector, w2
is the second-layer weight matrix,
and b2
is the second-layer bias vector.
mlp
, mlpunpak
, mlpfwd
, mlperr
, mlpbkp
, mlpgrad
Copyright (c) Ian T Nabney (1996-9)


In order to make the codelab setup easy and allow you to preview the app on a mobile device we will use CodePen. CodePen is a in browser live coding environment that is perfect for demos.
Create a new Pen with this link.
<script src="https://unpkg.com/<EMAIL_ADDRESS><script src="https://aframe.io/releases/0.7.0/aframe.min.js"></script>
<script src="https://cdn.rawgit.com/rondagdag/AR.js/e0bee070d843f3c2eed84fbda4dbea24bbf941c8/aframe/build/aframe-ar.js"></script>
The first library is the Ionic Core web components library. Once you import this library you can just drop Ionic Components into your HTML. The second library is A-Frame and the third is a modified version of the AR.JS library for A-Frame that supports custom Markers.
<a-scene embedded arjs='debugUIEnabled: false;' vr-mode-ui="enabled: false">
<a-assets>
<a-asset-item id="ghost-model" src="https://ionic-dc.github.io/demos/ar-assets/models/ghost/scene.gltf"></a-asset-item>
<a-asset-item id="cat-model" src="https://ionic-dc.github.io/demos/ar-assets/models/cat/scene.gltf"></a-asset-item>
</a-assets>
<a-marker type="pattern" url="https://ionic-dc.github.io/demos/ar-assets/marker-patterns/ionic-logo-marker.patt">
<a-gltf-model src="#ghost-model" id="ghost" position="0 1 0" scale=".005 .005 .005" rotation="0 0 0"></a-gltf-model>
</a-marker>
<a-marker type="pattern" url="https://ionic-dc.github.io/demos/ar-assets/marker-patterns/github-marker.patt">
<a-gltf-model src="#cat-model" id="cat" scale=".075 .075 .075" rotation="0 0 0"></a-gltf-model>
</a-marker>
<a-camera-static/>
</a-scene>
Here we are setting up an A-Frame scene, first we load some custom 3d models that have been downloaded from SketchFab
These are loaded using the <a-assets>
and <a-asset-item>
A-Frame components.
The <a-marker>
components come from the AR.JS library and the type="pattern"
and url
properties define custom Marker
patterns that correspond with the printed cards. You will notice one marker has the ionic logo and the other has the github logo.
Within the marker elements we place the 3D models that are loaded using <a-gltf-model>
components. These have src
properties matching the
pre-loaded asset items. You will also notice the scale
properties are set to properly scale down the models and the position
of the ghost model
is lifted up slightly in the y-axis. The rotation
property is set to 0 on all axes which has no effect at this point.
At this point you should be able to save your CodePen, and load that URL on your mobile device. It may be easier to find your Pen if you create a CodePen account or email yourself the url. Grant the web page camera access, Hit Actions > Full Page and you should be able to move your phone's camera over the markers and see the 3D Models!
In the next step we will be adding the Ionic range slider web component and wiring it up to the models.
We will now ad the Ionic Component, a bit of CSS, and a bit of Javascript to wire it together.
<ion-footer>
<ion-range></ion-range>
</ion-footer>
This adds the <ion-range>
component to your page.
ion-footer {
position: fixed;
bottom: 0;
}
This positions <ion-range>
component to the bottom of the page.
let sceneElement = document.querySelector("a-scene");
let ghostElement = sceneElement.querySelector("#ghost");
let catElement = sceneElement.querySelector("#cat");
let rangeElement = document.querySelector("ion-range");
rangeElement.addEventListener("ionChange", e => {
let newRotationValue = e.detail.value / 100 * 360;
console.log(newRotationValue);
ghostElement.setAttribute("rotation", {x: 0, y: -newRotationValue, z: 0});
catElement.setAttribute("rotation", {x: 0, y: newRotationValue, z: 0});
});
This code adds the interactivity between the range slider and the A-Frame scene. First we query the DOM for the A-Frame scene
element, then we get the two 3d models under that. Next we get ion-range
component. These are stored in javascript variables that
we can now act upon.
We add an event listener to the ion-range
component that listens for the ionChange
event. This is emitted by
the component every time the slider pin is dragged and the value is updated. This value is then converted to a rotation value that is a percentage
of a full 360deg rotation. Finally, we take the newRotationValue
and apply it to the A-Frame element's rotation attribute using
setAttribute
. We make the value negative for one and positive for the other to achive opposite rotation.
At this point you should be able to save your CodePen, and load that URL on your mobile device. Hovering over the markers will make the 3d models appear, and moving the slider will rotate them!
With Ionic converting to web components it is easy to use them outside of a large Angular app and simply drop them into HTML and take advantage of native web apis. Embrace the platform!
You have learned how to use Ionic Components with A-Frame to build Augmented Reality scenes.


weeve is a tiny open source experiment made during
re-allocated winter break family time by
@dzello.
Developers, learn more about weeve - an HTML5, server-less application:
How's it work?
Join the weeve by signing in with your Twitter account. Once you've joined,
your timeline will be added into the timelines
of other users on the page, creating an uber-timeline!
Note: To stop sharing your timeline at any time, just close the browser tab or click 'logout'.
If you're not on the page, your account is completely inactive.
What's a timeline?
Your timeline is not the tweets you post. Rather,
it's your feed, your stream. It's the tweets from everyone you follow.
What happens when I leave the page or close my browser?
You leave the weeve, and your timeline stops going to the weeve.
But you can always come back, as long as the weeve isn't full.
What's a weeve like compared to normal Twitter?
It's like if you also followed all the users in the weeve and they
were retweeting every single tweet from their timeline.
Will I find this useful?
Well, that's up to you! But ideally by participating in a
weeve, or just watching one, you'll find new and interesting things
on Twitter you wouldn't have seen otherwise.
Note: If you're uncomfortable with other users
seeing your Twitter timeline, please do not use this site. Also note that
weeve does *not* show tweets from protected accounts.
What should I do next?
Close this modal window in 5 seconds. Then click 'Sign in with Twitter'
(weeve requires only read access to your account).
When you come back, you'll see your avatar in the row of users
and your timeline will begin to appear like magic.


Countdown Clock
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{{main.event}}:
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Manin symbol lists#
There are various different classes holding lists of Manin symbols of different types. The hierarchy is as follows:
- class sage.modular.modsym.manin_symbol_list.ManinSymbolList(weight, lst)#
Bases:
Parent
Base class for lists of all Manin symbols for a given weight, group or character.
- Element#
alias of
ManinSymbol
- apply(j, X)#
Apply the matrix \(X = [a, b; c, d]\) to the \(j\)-th Manin symbol.
Implemented in derived classes.
EXAMPLES:
sage: from sage.modular.modsym.manin_symbol_list import ManinSymbolList sage: m = ManinSymbolList(6,P1List(11)) sage: m.apply(10, [1,2,0,1]) Traceback (most recent call last): ... NotImplementedError: Only implemented in derived classes
- apply_I(j)#
Apply the matrix \(I = [-1, 0; 0, 1]\) to the \(j\)-th Manin symbol.
Implemented in derived classes.
EXAMPLES:
sage: from sage.modular.modsym.manin_symbol_list import ManinSymbolList sage: m = ManinSymbolList(6,P1List(11)) sage: m.apply_I(10) Traceback (most recent call last): ... NotImplementedError: Only implemented in derived classes
- apply_S(j)#
Apply the matrix \(S = [0, -1; 1, 0]\) to the \(j\)-th Manin symbol.
Implemented in derived classes.
EXAMPLES:
sage: from sage.modular.modsym.manin_symbol_list import ManinSymbolList sage: m = ManinSymbolList(6,P1List(11)) sage: m.apply_S(10) Traceback (most recent call last): ... NotImplementedError: Only implemented in derived classes
- apply_T(j)#
Apply the matrix \(T = [0, 1; -1, -1]\) to the \(j\)-th Manin symbol.
Implemented in derived classes.
EXAMPLES:
sage: from sage.modular.modsym.manin_symbol_list import ManinSymbolList sage: m = ManinSymbolList(6,P1List(11)) sage: m.apply_T(10) Traceback (most recent call last): ... NotImplementedError: Only implemented in derived classes
- apply_TT(j)#
Apply the matrix \(TT = T^2 = [-1, -1; 0, 1]\) to the \(j\)-th Manin symbol.
Implemented in derived classes.
EXAMPLES:
sage: from sage.modular.modsym.manin_symbol_list import ManinSymbolList sage: m = ManinSymbolList(6,P1List(11)) sage: m.apply_TT(10) Traceback (most recent call last): ... NotImplementedError: Only implemented in derived classes
- index(x)#
Return the index of
x
in the list of Manin symbols.INPUT:
x
– a triple of integers \((i, u, v)\) defining a valid Manin symbol, which need not be normalized
OUTPUT:
integer – the index of the normalized Manin symbol equivalent to \((i, u, v)\). If
x
is not inself
, -1 is returned.EXAMPLES:
sage: from sage.modular.modsym.manin_symbol_list import ManinSymbolList sage: m = ManinSymbolList(6,P1List(11)) sage: m.index(m.symbol_list()[2]) 2 sage: S = m.symbol_list() sage: all(i == m.index(S[i]) for i in range(len(S))) True
- list()#
Return all the Manin symbols in
self
as a list.Cached for subsequent calls.
OUTPUT:
A list of
ManinSymbol
objects, which is a copy of the complete list of Manin symbols.EXAMPLES:
sage: from sage.modular.modsym.manin_symbol_list import ManinSymbolList sage: m = ManinSymbolList(6,P1List(11)) sage: m.manin_symbol_list() # not implemented for the base class
sage: from sage.modular.modsym.manin_symbol_list import ManinSymbolList_gamma0 sage: m = ManinSymbolList_gamma0(6, 4) sage: m.manin_symbol_list() [[Y^2,(0,1)], [Y^2,(1,0)], [Y^2,(1,1)], ... [X^2,(3,1)], [X^2,(3,2)]]
- manin_symbol(i)#
Return the
i
-th Manin symbol in thisManinSymbolList
.INPUT:
i
– integer, a valid index of a symbol in this list
OUTPUT:
ManinSymbol
– the \(i\)’th Manin symbol in the list.EXAMPLES:
sage: from sage.modular.modsym.manin_symbol_list import ManinSymbolList sage: m = ManinSymbolList(6,P1List(11)) sage: m.manin_symbol(3) # not implemented for base class
sage: from sage.modular.modsym.manin_symbol_list import ManinSymbolList_gamma0 sage: m = ManinSymbolList_gamma0(6, 4) sage: s = m.manin_symbol(3); s [Y^2,(1,2)] sage: type(s) <class 'sage.modular.modsym.manin_symbol.ManinSymbol'>
- manin_symbol_list()#
Return all the Manin symbols in
self
as a list.Cached for subsequent calls.
OUTPUT:
A list of
ManinSymbol
objects, which is a copy of the complete list of Manin symbols.EXAMPLES:
sage: from sage.modular.modsym.manin_symbol_list import ManinSymbolList sage: m = ManinSymbolList(6,P1List(11)) sage: m.manin_symbol_list() # not implemented for the base class
sage: from sage.modular.modsym.manin_symbol_list import ManinSymbolList_gamma0 sage: m = ManinSymbolList_gamma0(6, 4) sage: m.manin_symbol_list() [[Y^2,(0,1)], [Y^2,(1,0)], [Y^2,(1,1)], ... [X^2,(3,1)], [X^2,(3,2)]]
- normalize(x)#
Return a normalized Manin symbol from
x
.To be implemented in derived classes.
EXAMPLES:
sage: from sage.modular.modsym.manin_symbol_list import ManinSymbolList sage: m = ManinSymbolList(6,P1List(11)) sage: m.normalize((0,6,7)) # not implemented in base class
- symbol_list()#
Return the list of symbols of
self
.EXAMPLES:
sage: from sage.modular.modsym.manin_symbol_list import ManinSymbolList sage: m = ManinSymbolList(6, P1List(11))
- weight()#
Return the weight of the Manin symbols in this
ManinSymbolList
.OUTPUT:
integer – the weight of the Manin symbols in the list.
EXAMPLES:
sage: from sage.modular.modsym.manin_symbol_list import ManinSymbolList_gamma0 sage: m = ManinSymbolList_gamma0(6, 4) sage: m.weight() 4
- class sage.modular.modsym.manin_symbol_list.ManinSymbolList_character(character, weight)#
Bases:
ManinSymbolList
List of Manin symbols with character.
INPUT:
character
– (DirichletCharacter) the Dirichlet characterweight
– (integer) the weight
EXAMPLES:
sage: eps = DirichletGroup(4).gen(0) sage: from sage.modular.modsym.manin_symbol_list import ManinSymbolList_character sage: m = ManinSymbolList_character(eps,2); m Manin Symbol List of weight 2 for Gamma1(4) with character [-1] sage: m.manin_symbol_list() [(0,1), (1,0), (1,1), (1,2), (1,3), (2,1)] sage: m == loads(dumps(m)) True
- apply(j, m)#
Apply the integer matrix \(m=[a,b;c,d]\) to the \(j\)-th Manin symbol.
INPUT:
j
(integer): the index of the symbol to act on.m
(list of ints): \([a,b,c,d]\) where \(m = [a, b; c, d]\) is the matrix to be applied.
OUTPUT:
A list of pairs \((j, c_i)\), where each \(c_i\) is an integer, \(j\) is an integer (the \(j\)-th Manin symbol), and the sum \(c_i*x_i\) is the image of self under the right action of the matrix \([a,b;c,d]\). Here the right action of \(g = [a,b;c,d]\) on a Manin symbol \([P(X,Y),(u,v)]\) is by definition \([P(aX+bY,cX+dY),(u,v)*g]\).
EXAMPLES:
sage: eps = DirichletGroup(4).gen(0) sage: from sage.modular.modsym.manin_symbol_list import ManinSymbolList_character sage: m = ManinSymbolList_character(eps,4) sage: m[6] [X*Y,(0,1)] sage: m.apply(4, [1,0,0,1]) [(4, 1)] sage: m.apply(1, [-1,0,0,1]) [(1, -1)]
- apply_I(j)#
Apply the matrix \(I=[-1,0,0,1]\) to the \(j\)-th Manin symbol.
INPUT:
j
- (integer) a symbol index
OUTPUT:
(k, s)
where \(k\) is the index of the symbol obtained by acting on the \(j\)’th symbol with \(I\), and \(s\) is the parity of the \(j\)’th symbol.EXAMPLES:
sage: eps = DirichletGroup(4).gen(0) sage: from sage.modular.modsym.manin_symbol_list import ManinSymbolList_character sage: m = ManinSymbolList_character(eps,2); m Manin Symbol List of weight 2 for Gamma1(4) with character [-1] sage: m.apply_I(4) (2, -1) sage: [m.apply_I(i) for i in range(len(m))] [(0, 1), (1, -1), (4, -1), (3, -1), (2, -1), (5, 1)]
- apply_S(j)#
Apply the matrix \(S=[0,1;-1,0]\) to the \(j\)-th Manin symbol.
INPUT:
j
- (integer) a symbol index.
OUTPUT:
(k, s)
where \(k\) is the index of the symbol obtained by acting on the \(j\)’th symbol with \(S\), and \(s\) is the parity of the \(j\)’th symbol.EXAMPLES:
sage: eps = DirichletGroup(4).gen(0) sage: from sage.modular.modsym.manin_symbol_list import ManinSymbolList_character sage: m = ManinSymbolList_character(eps,2); m Manin Symbol List of weight 2 for Gamma1(4) with character [-1] sage: m.apply_S(4) (2, -1) sage: [m.apply_S(i) for i in range(len(m))] [(1, 1), (0, -1), (4, 1), (5, -1), (2, -1), (3, 1)]
- apply_T(j)#
Apply the matrix \(T=[0,1,-1,-1]\) to the j-th Manin symbol.
INPUT:
j
- (integer) a symbol index.
OUTPUT:
A list of pairs \((j, c_i)\), where each \(c_i\) is an integer, \(j\) is an integer (the \(j\)-th Manin symbol), and the sum \(c_i*x_i\) is the image of self under the right action of the matrix \(T\).
EXAMPLES:
sage: eps = DirichletGroup(4).gen(0) sage: from sage.modular.modsym.manin_symbol_list import ManinSymbolList_character sage: m = ManinSymbolList_character(eps,2); m Manin Symbol List of weight 2 for Gamma1(4) with character [-1] sage: m.apply_T(4) [(1, -1)] sage: [m.apply_T(i) for i in range(len(m))] [[(4, 1)], [(0, -1)], [(3, 1)], [(5, 1)], [(1, -1)], [(2, 1)]]
- apply_TT(j)#
Apply the matrix \(TT=[-1,-1,0,1]\) to the \(j\)-th Manin symbol.
INPUT:
j
- (integer) a symbol index
OUTPUT:
A list of pairs \((j, c_i)\), where each \(c_i\) is an integer, \(j\) is an integer (the \(j\)-th Manin symbol), and the sum \(c_i*x_i\) is the image of self under the right action of the matrix \(T^2\).
EXAMPLES:
sage: eps = DirichletGroup(4).gen(0) sage: from sage.modular.modsym.manin_symbol_list import ManinSymbolList_character sage: m = ManinSymbolList_character(eps,2); m Manin Symbol List of weight 2 for Gamma1(4) with character [-1] sage: m.apply_TT(4) [(0, 1)] sage: [m.apply_TT(i) for i in range(len(m))] [[(1, -1)], [(4, -1)], [(5, 1)], [(2, 1)], [(0, 1)], [(3, 1)]]
- character()#
Return the character of this
ManinSymbolList_character
object.OUTPUT:
The Dirichlet character of this Manin symbol list.
EXAMPLES:
sage: eps = DirichletGroup(4).gen(0) sage: from sage.modular.modsym.manin_symbol_list import ManinSymbolList_character sage: m = ManinSymbolList_character(eps,2); m Manin Symbol List of weight 2 for Gamma1(4) with character [-1] sage: m.character() Dirichlet character modulo 4 of conductor 4 mapping 3 |--> -1
- index(x)#
Return the index of a standard Manin symbol equivalent to
x
, together with a scaling factor.INPUT:
x
– 3-tuple of integers defining an element of this list of Manin symbols, which need not be normalized
OUTPUT:
A pair
(i, s)
wherei
is the index of the Manin symbol equivalent tox
ands
is the scalar (an element of the base field). If there is no Manin symbol equivalent tox
in the list, then(-1, 0)
is returned.EXAMPLES:
sage: eps = DirichletGroup(4).gen(0) sage: from sage.modular.modsym.manin_symbol_list import ManinSymbolList_character sage: m = ManinSymbolList_character(eps,4); m Manin Symbol List of weight 4 for Gamma1(4) with character [-1] sage: [m.index(s.tuple()) for s in m.manin_symbol_list()] [(0, 1), (1, 1), (2, 1), (3, 1), ... (16, 1), (17, 1)]
- level()#
Return the level of this
ManinSymbolList
.OUTPUT:
integer
- the level of the symbols in this list.EXAMPLES:
sage: eps = DirichletGroup(4).gen(0) sage: from sage.modular.modsym.manin_symbol_list import ManinSymbolList_character sage: ManinSymbolList_character(eps,4).level() 4
- normalize(x)#
Return the normalization of the Manin Symbol
x
with respect to this list, together with the normalizing scalar.INPUT:
x
- 3-tuple of integers(i,u,v)
, defining an element of this list of Manin symbols, which need not be normalized.
OUTPUT:
((i,u,v),s)
, where(i,u,v)
is the normalized Manin symbol equivalent tox
, ands
is the normalizing scalar.EXAMPLES:
sage: eps = DirichletGroup(4).gen(0) sage: from sage.modular.modsym.manin_symbol_list import ManinSymbolList_character sage: m = ManinSymbolList_character(eps,4); m Manin Symbol List of weight 4 for Gamma1(4) with character [-1] sage: [m.normalize(s.tuple()) for s in m.manin_symbol_list()] [((0, 0, 1), 1), ((0, 1, 0), 1), ((0, 1, 1), 1), ... ((2, 1, 3), 1), ((2, 2, 1), 1)]
- class sage.modular.modsym.manin_symbol_list.ManinSymbolList_gamma0(level, weight)#
Bases:
ManinSymbolList_group
Class for Manin symbols for \(\Gamma_0(N)\).
INPUT:
level
- (integer): the level.weight
- (integer): the weight.
EXAMPLES:
sage: from sage.modular.modsym.manin_symbol_list import ManinSymbolList_gamma0 sage: m = ManinSymbolList_gamma0(5,2); m Manin Symbol List of weight 2 for Gamma0(5) sage: m.manin_symbol_list() [(0,1), (1,0), (1,1), (1,2), (1,3), (1,4)] sage: m = ManinSymbolList_gamma0(6,4); m Manin Symbol List of weight 4 for Gamma0(6) sage: len(m) 36
- class sage.modular.modsym.manin_symbol_list.ManinSymbolList_gamma1(level, weight)#
Bases:
ManinSymbolList_group
Class for Manin symbols for \(\Gamma_1(N)\).
INPUT:
level
- (integer): the level.weight
- (integer): the weight.
EXAMPLES:
sage: from sage.modular.modsym.manin_symbol_list import ManinSymbolList_gamma1 sage: m = ManinSymbolList_gamma1(5,2); m Manin Symbol List of weight 2 for Gamma1(5) sage: m.manin_symbol_list() [(0,1), (0,2), (0,3), ... (4,3), (4,4)] sage: m = ManinSymbolList_gamma1(6,4); m Manin Symbol List of weight 4 for Gamma1(6) sage: len(m) 72 sage: m == loads(dumps(m)) True
- class sage.modular.modsym.manin_symbol_list.ManinSymbolList_gamma_h(group, weight)#
Bases:
ManinSymbolList_group
Class for Manin symbols for \(\Gamma_H(N)\).
INPUT:
group
- (integer): the congruence subgroup.weight
- (integer): the weight.
EXAMPLES:
sage: from sage.modular.modsym.manin_symbol_list import ManinSymbolList_gamma_h sage: G = GammaH(117, [4]) sage: m = ManinSymbolList_gamma_h(G,2); m Manin Symbol List of weight 2 for Congruence Subgroup Gamma_H(117) with H generated by [4] sage: m.manin_symbol_list()[100:110] [(1,88), (1,89), (1,90), (1,91), (1,92), (1,93), (1,94), (1,95), (1,96), (1,97)] sage: len(m.manin_symbol_list()) 2016 sage: m == loads(dumps(m)) True
- group()#
Return the group associated to self.
EXAMPLES:
sage: ModularSymbols(GammaH(12, [5]), 2).manin_symbols().group() Congruence Subgroup Gamma_H(12) with H generated by [5]
- class sage.modular.modsym.manin_symbol_list.ManinSymbolList_group(level, weight, syms)#
Bases:
ManinSymbolList
Base class for Manin symbol lists for a given group.
INPUT:
level
– integer levelweight
– integer weightsyms
– something withnormalize
andlist
methods,e.g.
P1List
.
EXAMPLES:
sage: from sage.modular.modsym.manin_symbol_list import ManinSymbolList_group sage: ManinSymbolList_group(11, 2, P1List(11)) <sage.modular.modsym.manin_symbol_list.ManinSymbolList_group_with_category object at ...>
- apply(j, m)#
Apply the matrix \(m = [a, b; c, d]\) to the \(j\)-th Manin symbol.
INPUT:
j
- (int) a symbol indexm = [a, b, c, d]
a list of 4 integers, which defines a 2x2 matrix
OUTPUT:
a list of pairs \((j_i, \alpha_i)\), where each \(\alpha_i\) is a nonzero integer, \(j_i\) is an integer (index of the \(j_i\)-th Manin symbol), and \(\sum_i \alpha_i\*x_{j_i}\) is the image of the j-th Manin symbol under the right action of the matrix [a,b;c,d]. Here the right action of \(g = [a, b; c, d]\) on a Manin symbol \([P(X,Y),(u,v)]\) is \([P(aX+bY,cX+dY),(u,v)\*g]\).
EXAMPLES:
sage: from sage.modular.modsym.manin_symbol_list import ManinSymbolList_gamma0 sage: m = ManinSymbolList_gamma0(5,8) sage: m.apply(40, [2,3,1,1]) [(0, 729), (6, 2916), (12, 4860), (18, 4320), (24, 2160), (30, 576), (36, 64)]
- apply_I(j)#
Apply the matrix \(I=[-1,0,0,1]\) to the \(j\)-th Manin symbol.
INPUT:
j
- (int) a symbol index
OUTPUT:
(k, s)
where k is the index of the symbol obtained by acting on the \(j\)’th symbol with \(I\), and \(s\) is the parity of the \(j\)’th symbol (a Pythonint
, either 1 or -1)EXAMPLES:
sage: from sage.modular.modsym.manin_symbol_list import ManinSymbolList_gamma0 sage: m = ManinSymbolList_gamma0(5,8) sage: m.apply_I(4) (3, 1) sage: [m.apply_I(i) for i in range(10)] [(0, 1), (1, 1), (5, 1), (4, 1), (3, 1), (2, 1), (6, -1), (7, -1), (11, -1), (10, -1)]
- apply_S(j)#
Apply the matrix \(S = [0, -1; 1, 0]\) to the \(j\)-th Manin symbol.
INPUT:
j
– (int) a symbol index
OUTPUT:
(k, s)
where k is the index of the symbol obtained by acting on the \(j\)’th symbol with \(S\), and \(s\) is the parity of the \(j\)’th symbol (a Pythonint
, either 1 or -1).EXAMPLES:
sage: from sage.modular.modsym.manin_symbol_list import ManinSymbolList_gamma0 sage: m = ManinSymbolList_gamma0(5,8) sage: m.apply_S(4) (40, 1) sage: [m.apply_S(i) for i in range(len(m))] [(37, 1), (36, 1), (41, 1), (39, 1), (40, 1), (38, 1), (31, -1), (30, -1), (35, -1), (33, -1), (34, -1), (32, -1), ... (4, 1), (2, 1)]
- apply_T(j)#
Apply the matrix \(T=[0,1,-1,-1]\) to the \(j\)-th Manin symbol.
INPUT:
j
- (int) a symbol index
OUTPUT: see documentation for apply()
EXAMPLES:
sage: from sage.modular.modsym.manin_symbol_list import ManinSymbolList_gamma0 sage: m = ManinSymbolList_gamma0(5,8) sage: m.apply_T(4) [(3, 1), (9, -6), (15, 15), (21, -20), (27, 15), (33, -6), (39, 1)] sage: [m.apply_T(i) for i in range(10)] [[(5, 1), (11, -6), (17, 15), (23, -20), (29, 15), (35, -6), (41, 1)], [(0, 1), (6, -6), (12, 15), (18, -20), (24, 15), (30, -6), (36, 1)], [(4, 1), (10, -6), (16, 15), (22, -20), (28, 15), (34, -6), (40, 1)], [(2, 1), (8, -6), (14, 15), (20, -20), (26, 15), (32, -6), (38, 1)], [(3, 1), (9, -6), (15, 15), (21, -20), (27, 15), (33, -6), (39, 1)], [(1, 1), (7, -6), (13, 15), (19, -20), (25, 15), (31, -6), (37, 1)], [(5, 1), (11, -5), (17, 10), (23, -10), (29, 5), (35, -1)], [(0, 1), (6, -5), (12, 10), (18, -10), (24, 5), (30, -1)], [(4, 1), (10, -5), (16, 10), (22, -10), (28, 5), (34, -1)], [(2, 1), (8, -5), (14, 10), (20, -10), (26, 5), (32, -1)]]
- apply_TT(j)#
Apply the matrix \(TT=[-1,-1,0,1]\) to the \(j\)-th Manin symbol.
INPUT:
j
- (int) a symbol index
OUTPUT: see documentation for apply()
EXAMPLES:
sage: from sage.modular.modsym.manin_symbol_list import ManinSymbolList_gamma0 sage: m = ManinSymbolList_gamma0(5,8) sage: m.apply_TT(4) [(38, 1)] sage: [m.apply_TT(i) for i in range(10)] [[(37, 1)], [(41, 1)], [(39, 1)], [(40, 1)], [(38, 1)], [(36, 1)], [(31, -1), (37, 1)], [(35, -1), (41, 1)], [(33, -1), (39, 1)], [(34, -1), (40, 1)]]
- level()#
Return the level of this
ManinSymbolList
.EXAMPLES:
sage: from sage.modular.modsym.manin_symbol_list import ManinSymbolList_gamma0 sage: ManinSymbolList_gamma0(5,2).level() 5
sage: from sage.modular.modsym.manin_symbol_list import ManinSymbolList_gamma1 sage: ManinSymbolList_gamma1(51,2).level() 51
sage: from sage.modular.modsym.manin_symbol_list import ManinSymbolList_gamma_h sage: ManinSymbolList_gamma_h(GammaH(117, [4]),2).level() 117
- normalize(x)#
Return the normalization of the Manin symbol
x
with respect to this list.INPUT:
x
– (3-tuple of ints) a tuple defining a ManinSymbol
OUTPUT:
(i,u,v)
– (3-tuple of ints) another tuple defining the associated normalized ManinSymbolEXAMPLES:
sage: from sage.modular.modsym.manin_symbol_list import ManinSymbolList_gamma0 sage: m = ManinSymbolList_gamma0(5,8) sage: [m.normalize(s.tuple()) for s in m.manin_symbol_list()][:10] [(0, 0, 1), (0, 1, 0), (0, 1, 1), (0, 1, 2), (0, 1, 3), (0, 1, 4), (1, 0, 1), (1, 1, 0), (1, 1, 1), (1, 1, 2)]


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TipTheServerCard
- Class in
model.Cards.BlueCard
Represents the Blue Card - Tip the Server Card
TipTheServerCard()
- Constructor for class model.Cards.BlueCard.
TipTheServerCard
toString()
- Method in class model.Cards.ActionCard.
CollectAllCard
toString()
- Method in class model.Cards.ActionCard.
CollectBankCard
toString()
- Method in class model.Cards.ActionCard.
CollectPlayerCard
toString()
- Method in class model.Cards.ActionCard.
PayAllCard
toString()
- Method in class model.Cards.ActionCard.
PayBankCard
toString()
- Method in class model.Cards.ActionCard.
PayPlayerCard
toString()
- Method in class model.Cards.BlueCard.
BlueCard
toString()
- Method in class model.Cards.
Card
toString()
- Method in class model.Cards.CareerCard.
CareerCard
toString()
- Method in class model.Cards.HouseCard.
HouseCard
toString()
- Method in class model.Cards.SalaryCard.
SalaryCard
toString()
- Method in class model.Decks.
Deck
toString()
- Method in class model.Paths.
Path
toString()
- Method in class model.Players.
Player
toString()
- Method in class model.Spaces.
Space
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THE CROSSING GUARD A film review by Andrew Hicks Copyright 1996 Andrew Hicks / Fatboy Productions
(1995) **
Why did Sean Penn cross the road? I don't know and I don't care. My question is more along the lines of why Sean Penn devoted so much of his energy to scripting and directing this thriller whose only action scenes are at the beginning and end with a whole lot of boring melodrama in between. I don't know if you'll take my word for it, though, because from the video box it looks like a promising movie. Jack Nicholson plays the father of a murder victim who's been counting off the days to the killer's release from prison, when he'll exact his revenge, most likely in the eye-for-an-eye manner by killing the killer.
But we know from the beginning that Jack ain't such a smart guy. He marches into the home of his ex-wife (Anjelica Huston), who was his wife at the time of the murder, and announces his plans to kill the murderer. Huston and Nicholson have had this discussion over and over (and will have many more before the fade-to-credits) and it's obvious Nicholson is a disturbed man who intends to go through with his plans, but Huston doesn't tip off the police, even after Nicholson gets in a fistfight with her new husband.
So the murderer, played by David Morse of "St. Elsewhere" and 12 MONKEYS, gets out of prison and returns home to his loving parents. By this point we know something's wrong -- Nicholson is much more of a menace to society than Morse. That night Nicholson sneaks into Morse's bedroom while he's sleeping and points a gun at him before realizing there are no bullets. Morse wakes up and begins a casual conversation with him ("Oh hi, Jack.  Everyone in this movie knows what Nicholson is up to but no one tries to stop him. All Morse does is ask for three days to live out his life before Nicholson claims it.
Nicholson grants him the three days, beginning a long, no-action stretch of movie in which Morse falls in love with Robin "Jen-ny" Wright (you almost expect Forrest Gump to start stalking him too) and Nicholson spends most of his time at a strip club and lays at least ten separate women. This guy gets more action than James Bond, but unfortunately THE CROSSING GUARD has none of the action of a Bond film. That hour or so in the middle serves mostly to show us Morse is human after all, with a lot of remorse for what he did, and that Nicholson is nuts after all, which we know before the opening credits are even up.
Even the climax is dull, beginning with Nicholson being pulled over by the cops. He runs off into the woods, leading them on a chase, before somehow ending up at the home of Morse. Then they both run down the street for awhile, take a bus, run some more, climb a fence or two -- mostly in slow motion. When even the action scenes are boring, there's a problem. And when there's at least thirty minutes of painfully-slow, superfluous drama, including Wright's interpretive dance of Salt-N-Pepa's "Whatta Man," there are a _lot_ of problems.
Penn's message that the guilty are still able to feel remorse, to love and be loved, was later personified by Penn himself in DEAD MAN WALKING, which had genuine drama and none of the contrived action. The fault for THE CROSSING GUARD rests squarely on his shoulders. Lord knows Nicholson and Huston are wonderful actors, but when given crap, they can hardly rise above it.
--
Visit the Movie Critic at LARGE homepage at http://www.missouri.edu/~c667778/movies.html Serving America For Over 1/50th of a Century!
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
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to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


This is an overview of associations between the "ruolo_1" that we receive from Pentaho and the
"roleCategory" of a user profile. You can add, edit or delete an association.
The association with ruolo_1 is case insensitive, duplicates will automatically be removed.
| Ruolo_1 | Role category | Actions |
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WITNESS LIST Redistricting Committee September 27, 2000-1:00P Redistricting On: de Noyelles, John (Republican Party of Smith County), Tyler Barron, Kenneth R. (self, former County Judge of Smith County), Tyler Berman, Rep. Leo (District 6 Texas House of Representatives), Tyler Boner, Olena (self), Mabank Deckard, Ernest (Tyler NAACP Branch), Tyler Eltife, Kevin (Mayor of Tyler), Tyler Emmert, Sharon (Smith County Commissioner), Tyler Flatt, Douglas (self), Tyler Foreman, James (Van Zandt County Democratic Party), Wills Point Griffin, Margaret A. (self), Kilgore Homer, Rep. Mark (District 3 Texas House of Representatives), Paris Hudson, David (self), Tyler Jackson, Mary (self), Tyler Manley, Brian (self), Tyler Millsap, Cletis (Hopkins County Judge), Sulphur Springs Minter, Joe B. (Superintendent of Schools Como-Picton ISD), Como Nickerson, Jim (self), Pittsburg Rucker, J. Ray (self), Grand Saline Sisk, Bob (Rains County), Emory Smith, Mickey (Gregg County Judge), Longview Tew, Joe (self), Tyler Thompson, Charles R. (Wood County Democratic Party), Quitman Registering, but not testifying: On: Hilliard, Cary (self), Canton Runnels, David (Judge Jack Leath County Commissioner of Sabine), Hemphill Wilson, Jimmy Don (Van Zandt County Commissioner), Wills Point Written materials submitted: On: Burns, Albert H. (self), Tyler Garrett, Royce (self), Lufkin Hall, Derrell (Fannin County Judge), Bonham Hufford, Ron (Texas Forestry Association), Tyler Jenkins, Sebetha (Jarvis Christian College), Hawkins Jones, Larry W. (Smith County Democrats), Tyler McGary, Derrick (Texarkana City Council), Texarkana Telford, Rep. Barry (District 1 Texas House of Representatives), DeKalb


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Similarity measures are used to determine how many features two entities have in common.
The Dice Similarity is the ratio of common neighbours between two nodes compared to the median number of neighbours of both nodes. The more neighbours two nodes have in common, the more similar they are. The features used to determine similarity with the Dice Similarity are a node’s neighbours.


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--- ---
Department of Mathematics
Indian Institute of Science
Bangalore 560 012
SEMINAR
|
Speaker |
: |
Prof. Rajesh P. N. Rao |
| Affiliation | : | University of Washington |
|
Subject Area |
: |
Mathematics
|
|
Venue |
: |
Lecture Hall - I, Dept of Mathematics
|
|
Time |
: |
4.00 pm
|
|
Date |
: |
February 5-8,2008 (Tuesday to Friday) |
|
Title |
: |
Brain-Computer Interfaces: An Introduction |
| Abstract | : |
Brain-computer interfaces (BCIs)
use signals generated by the brain to directly control objects such as a
cursor on a computer screen or a robot. |


pburg-2.7
The rest of this document assumes that you are somewhat familiar with compiler theory, and the use of compiler construction tools such as lex and yacc. The specifics of instruction selection are available on the compiler literature, such as:
The pburg tool uses the same file description structure as lex and yacc. The input AST is at most a binary tree with each node labeled with the grammar terminal symbols. The AST can be build using any binary tree implementation.
The grammar for a trivial language that only performs aditions on literal integers can be described by:
expr : INT expr : ADD(expr,expr)In this grammar all leaf nodes must be integer literals, nodes labeled INT and all branches are ADD labeled nodes with two branches. The expr non-terminal on the left hand side of each rule can be produced if the tree pattern on right and side matches the AST tree node being analysed.
Using a stack based processor, final code can be generated without any register allocation. The first rule pushes the immediate value to the stack: push dword imm for intel i386 assembler format. The second rule must pop the arguments and push the added result: pop eax; add dword [esp], eax. Ignoring the latencies of each machine instruction we can use the number of machine instructions as the cost: 1 for the push in the first rule and 2 for the pop and add of the second rule. The costs are added after the pattern on the right hand side:
expr : INT 1 expr : ADD(expr,expr) 2
pburg supports the same input format as lex or yacc:
%term INT ADD %% expr : INT 1 { printf("push dword %d\n", p->value.i); } expr : ADD(expr,expr) 2 { printf("pop eax\nadd dword [esp], eax\n"); }The code snipets, in braces, are called when the node matches the respective rule pattern. An implicit variable p of the NODEPTR_TYPE type pointing to the AST node selected. An AST implementation must define:
#define STATE_TYPE void* #define NODEPTR_TYPE Node* #define OP_LABEL(p) ((p)->attrib) #define LEFT_CHILD(p) ((p)->type == nodeOpr && (p)->value.sub.num > 0 ? (p)->value.sub.n[0] : 0) #define RIGHT_CHILD(p) ((p)->type == nodeOpr && (p)->value.sub.num > 1 ? (p)->value.sub.n[1] : 0) #define STATE_LABEL(p) ((p)->state)
If only one AST tree node is matched by each rule, only the node label must match the respective grammar terminal symbol (INT or ADD), and the code selection tool behaves like a visitor pattern. But the compiler can perform constant-folding optimization by adding the two constants at compile time and generating the result as an immediate value:
expr : ADD(INT,INT) 1 { printf("push dword %d\n", LEFT_CHILD(p)->value.i + RIGHT_CHILD(p)->value.i); }Note that the each terminal symbol can only be used with the same arity, i. e. the INT is leaf node (no branches), while the ADD must always take two branches (arity=2). Inconsistent arity will result in a grammar processing error.
Missing costs are assumed 0 (zero) and should be avoided if code is generated, since a no cost code can be emited repetedly by the tool.
expr : INT expr : ADD(expr,expr) expr : ID expr : ASSIGN(ID,expr)For most processors each rule match a single machine instruction, but we can provide speed-ups for assigning literals i(x=1) and incrementing variables (x=x+1) without changing the language or the tree construction.
expr : ASSIGN(ID,INT) expr : ASSIGN(ID,ADD(ID,INT))The second rule only is an increment if both IDs in the pattern match the same variable. This requires not only a tree pattern match but also matching IDs. This is done through a user defined matching function:
static int sameVar(NODEPTR_TYPE p) { return strcmp(LEFT_CHILD(p)->value.s, LEFT_CHILD(RIGHT_CHILD(p))->value.s) ? 1000 : 2; }The function is called only for matching tree patterns, so the left node is always an ID and the other ID is on the left of the right node, and the strcmp compares both IDs. The return value is the instruction's cost if the IDs match or a very high value (1000 for instance) if there is no match. The high value makes the alternative rules less costly, converting the IDs and the INT to expr and performing a regular ADD and ASSIGN, with a total cost of 5 (one for each pattern match. Please note that the function is called to determine the cost during the labeling process, not during the reduction process, an may be called multiple times, whenever the pattern is matched. The cost function must be in the same module, or refered by its full path, and can only depend on information available at the start of the labeling process. Since the function returns the cost, it is placed in the grammar after the pattern:
expr : ASSIGN(ID,ADD(ID,INT)) sameVarThe same principle can be applyed to distinguish expressions of different data types:
intexpr : ID isInteger strexpr : ID isString realexpr : ID isRealbased on type information included in the tree nodes or a symbol table. Then, ADD operations, for instance, can be distinguished based on grammar non-terminals:
intexpr : ADD(intexpr,intexpr) 1 strexpr : ADD(strexpr,strexpr) 30 realexpr : ADD(realexpr,realexpr) 7
A sistematic approach can use a small number of registers and the stack, using the processor as a stack machine. This approach has a small performance penalization in modern processore since most of the stack will be acessible in primary cache. The postfix macros provide macros for such code generation for intel (32 and 64 bit architectures in intel and AT&T assembler formats) as well as arm 32 bit.


{% extends "base.html" %} {% block body %}
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JavaScript Introduction
JavaScript Can Change HTML Attributes
Did You Know?
Intro to "HTML Attributes" may be found at
here
.


InputEvent3D()
Syntax
InputEvent3D(MouseX, MouseY, LeftMouseButton [, Text$, SpecialKey])Description
Injects events in the 3D GUI system. To be versatile enough, the events aren't automatically gets from the main mouse and keyboard, but injected on demand.
Parameters
MouseX The 'x' mouse position to be injected in the GUI system, in pixels. MouseY The 'y' mouse position to be injected in the GUI system, in pixels. LeftMouseButton The left mouse button state (either zero if unpressed or one if pressed) to be injected in the GUI system. Text$ (optional) The text to be injected in the GUI system, for example to feed a StringGadget3D() when it has the focus. SpecialKey (optional) Non displayable keys to be injected in the GUI system, for example to handle backspace, enter and such. The available special keys are: #PB_Key_Back #PB_Key_Delete #PB_Key_Return #PB_Key_Up #PB_Key_Down #PB_Key_Left #PB_Key_Right
Return value
None.
Example
; Here is the classic case to get the events from the mouse ; InputEvent3D(MouseX(), MouseY(), MouseButton(#PB_MouseButton_Left))
Supported OS
All


Generate autocompletion script for bash.
Generate the autocompletion script for the bash shell.
This script depends on the 'bash-completion' package. If it is not installed already, you can install it via your OS's package manager.
To load completions in your current shell session:
source <(rbxmk completion bash)
To load completions for every new session, execute once:
Linux:
rbxmk completion bash > /etc/bash_completion.d/rbxmk
macOS:
rbxmk completion bash > /usr/local/etc/bash_completion.d/rbxmk
You will need to start a new shell for this setup to take effect.


the and for can The are with health risk that {background infections may their care margin individual {border-style ethical px;} #ffffff;} This not relevant women have maternal pregnancy questions such these []. infection this also pregnant which who but clinical has including public there Covid- e.g. fetal more prevention than when where will from testing about baby burden during hepatitis need px; responsibility significant {font-family asymptomatic font-size framework important measures other remain research societal those transmission vaccination welfare whether But Some There Women against any benefit between care. case considerations double; entail how medical moral pregnancy. question relation resource risk. role screening situations unborn under universal uptake whilst wider Elsevier available because border-color border-width centre concerns could creates degree different directed effects extent harm implications individuals influence information interest interface labour necessarily often ought outside personal preterm raises rather result services society solid; status treatment use woman {font-style {font-weight COVID- Health Infections Millâ€™s University Whether access applicable arise been bold challenge choice choices consider contagion contentious courier; determinants disease duty effective em; entails even evidence fetus high influenced intervention issues known life many measles obligations only outcomes pandemic particularly patients personnel place population professionals pt;} rarely remains seen severity social some unique vaccines vary was willingness within


Watch Fred Durst in new commercial that pokes fun at Limp Bizkit’s ‘Nookie’
Guess he doesn't do it all for the nookie anymore
Limp Bizkit‘s Fred Durst has appeared in a new CarMax commercial that makes fun of his band’s 1999 hit ‘Nookie’ – watch it below.
 A voiceover says: “You’d do anything to get rid of this car, but who’d buy it…with a CD player that’s stuck playing Limp Bizkit?”
As the mother looks up at an intersection, Fred Durst makes a cameo crossing the street with a bag of groceries looking baffled. “Just sell it to CarMax. We’ll buy any car, even this one,” the narration continues, driving the point home that CarMax, the largest used-car retailer in the United States, will buy any car, even one with a Limp Bizkit CD stuck in it.
Watch the ad below:
Earlier this year, Limp Bizkit covered Nirvana with Marilyn Manson as their original line-up reformed for a special gig.
The band’s $3 dollar show saw Fred Durst, Wes Borland, DJ Lethal, John Otto, and Sam Rivers play together for the first time since 2012.
Appearing under the name ‘Black Mini’, the London noiseniks stopped by the Shacklewell Arms on Friday (Oct 25) to support Dirty Hit five-piece 404 as they put on a show to raise money for mental health charity SANE.


--- layout: archive title: Zulip Chat Archive permalink: /stream/113488-general/topic/cast.20woes.html ---
import data.int.basic data.nat.cast #check int.mod_add_mod -- ∀ (m n k : ℤ), (m % n + k) % n = (m + k) % n -- #check nat.mod_add_mod -- unknown identifier -- so let's create it -- note: #check int.of_nat_mod -- ∀ (m n : ℕ), ↑m % ↑n = int.of_nat (m % n) theorem nat.mod_add_mod : ∀ (m n k : ℕ), (m % n + k) % n = (m + k) % n := begin intros m n k, apply int.of_nat_inj, rw ←int.of_nat_mod, rw ←int.of_nat_mod, rw nat.cast_add -- fails /- rewrite tactic failed, did not find instance of the pattern in the target expression ↑(?m_4 + ?m_5) state: m n k : ℕ ⊢ ↑(m % n + k) % ↑n = ↑(m + k) % ↑n -/ sorry end
What am I doing wrong?
I found a "hole" in mathlib -- but am failing to fix it.
I tried to be really precise:
have H1 := @nat.cast_add ℤ _ _ (m % n) k, /- H1 : ↑(m % n + k) = ↑(m % n) + ↑k ⊢ ↑(m % n + k) % ↑n = ↑(m + k) % ↑n -/ -- rw H1, -- fails /- rewrite tactic failed, did not find instance of the pattern in the target expression ↑(m % n + k) state: m n k : ℕ, H1 : ↑(m % n + k) = ↑(m % n) + ↑k ⊢ ↑(m % n + k) % ↑n = ↑(m + k) % ↑n -/
I switched notation off and the rewrite still looked like it should work
I switched pp.all off and got swamped.
int.coe_nat_add
is the correct lemma, rather than nat.cast_add
I think
You're right Chris.
Do you know why what I tried is failing?
Because cast
is a coercion into a general ring, whereas there's a seperately defined coercion fromnat
to int
, probably because it's in core, but cast is is in mathlib
Also, of_nat
is a more natural function to use as the coercion than cast
which just does 1 + 1 + 1 ...
You can probably use nat.modeq
to prove this one, there are more modeq theorems than there are theorems about mod
You can probably use
nat.modeq
to prove this one, there are more modeq theorems than there are theorems about mod
My eyes are opened!
I had somehow ruled out this MOD stuff as "another way of setting up the theory, which I didn't use".
I've always thought that MOD notation was horrible, by the way.
pmod is standard LaTeX notation
there were technical reasons I couldn't use parens and lowercase
I think using LaTeX as a guide is a good idea. I'm really familiar with LaTeX notation and it still occasionally confuses me that \equiv
is not equiv
Oh --
this was forced upon you somehow?
I had no idea! I just thought it was a wacky design decision
the MOD stuff
I'm not even sure the notation is worth it
This wasn't the fault of some labour-saving tactic was it?
The notation is what mathematicians want
it's a parsing thing
We are sticklers for notation
That's why I mentioned it -- it looks funny to mathematicians because there is already standard notation
It's probably better than no notation, but even as it is it's a bit problematic
it enables you to write uncluttered calc proofs
so it's definitely better than no notation
but it still looks funny
To be honest I've never used it -- I assume it can be used in calc proofs
I'm giving a talk on this stuff in about 10 hours
I never tried it, but I think chris did
Maybe it's about time I learnt how it worked.
@Chris Hughes how did you learn that funny MOD
stuff?
What funny MOD stuff?
I have generally got the hang of how to handle casts now. The point of view which I want to push amongst the UGs is that even though yes it's annoying that natural numbers aren't actually real numbers, simp
should do all the translating for you. But here's an example where I couldn't make it work:
import data.real.basic example (M : ℕ) (H : 0 < M + 1) : (0 : ℝ) < M + 1 := begin simp [H], -- ⊢ 0 < 1 + ↑M -- gaargh -- simp at H, -- won't change it to 0 < 1 + M sorry end
Applying simp
to nat M + 1
doesn't change it, but applying simp
to real M + 1
changes it to 1 + M
and this somehow means Lean loses track.
I know I can use some cast_lt or whatever, but this is exactly what I am trying to avoid. simp
is usually good at these.
(deleted)
I recommend finding the simp
lemma responsible for this (probably something like real.add_comm
) and declare in your file local attribute [-simp] real.add_comm
Last updated: Apr 24 2020 at 19:02 UTC


Leeds City Region Enterprise Zone: driving local growth and major investment to Leeds and its city region; an ideal location for modern manufacturing and related supply chain companies, distribution and logistics
Situated at the heart of the Leeds City Region – with an economy worth over £50 billion per annum, a 3 million population and a workforce of 1.5 million – the enterprise zone represents an unrivalled opportunity for business expansion and relocation.
Leeds City Region enterprise zone offers a package of incentives to stimulate investment, attract business and create new jobs, including reduced business rates worth up to £275,000 over five years, enhanced capital allowances and grants of up to £500,000 to support investment in new premises, plant and equipment.
It enjoys superb transport links being located at J45 of the M1 and is only minutes from Leeds city centre, the main driver of the regional economy. Planning permission in place for a range of employment uses including large-scale manufacturing, distribution and high quality offices and major infrastructure works have been delivered.
The area was granted EZ designation in 2012 and development activity is now underway across all four sites within the enterprise zone – Newmarket Lane (9.2 ha), Thornes Farm (21.08 ha), Logic Leeds (49.1 ha) and Temple Green (63.04 ha). Covering a total of 142 hectares of prime development land, the sites are strategically located along the route of the East Leeds Link Road, a £32 million dual carriageway linking Leeds city centre to junction 45 of the M1 motorway.
Cllr Richard Lewis and LEP chairman Roger Marsh on site with Andrew Grant, managing director of Leeds packaging firm Samuel Grant Group.
An experienced team of landowners and developers, including Muse Developments, Evans Property Group, Harworth Estates and Wilton Developments is working with Leeds City Council and the LCR LEP to accelerate development of the enterprise zone. Together they are delivering high quality expansion, relocation or consolidation solutions to meet the business requirements of local, regional, national and international occupiers.
Current phases of development are supporting hundreds of construction jobs and have the potential to deliver significant economic growth and access to job opportunities across the city region. The enterprise zone is expected to act as a catalyst for the regeneration of the wider Aire Valley Leeds which, fully developed, could deliver over 9,500 new jobs by 2025.
‘Enterprise Zone’ status also allows additional business rates generated by companies locating there to be retained by the Leeds City Region Enterprise Partnership and used to fuel economic development projects and growth elsewhere in the city region.


Week 6
Ruby Classes : Modeling the Axolotl Object
11/30/2015
This is an axolotl. Also called the Mexican walking fish, the axolotl is a species of salamander that never loses its juvenile gills and spends its entire life cycle in an aquatic habitat. The one pictured above is named Maxolotl, and she is a leucistic (part-albino) female. Just look at how cute she is, with her tiny feet and her pinky gills! Max has been living with me since 2011.
Today we're going to learn about Ruby classes and Max is going to help us. Imagine we wanted to model an axolotl in Ruby. It would have some traits: species name, given name, color (wildtype [brown], leucistic, full albino or golden), age, and favorite food, to start. It would have some behaviors, #eat (of course), #swim, #bump (into the glass) (axolotls don't really get up to much). And we would want to be able to model more than one axolotl without rewriting everything all over again. Enter Ruby classes.
In Ruby, a class defines an object: in this case: we're going to define the Axolotl object. Every object in Ruby is an instance of a class. A class is like a bundle of related methods (behaviors) and properties that are shared between different instances of that class (different instances of that object).
To create a class in Ruby you use the class keyword and end it with the end keyword. By convention clas names are capitalized.
end
def initialize(name, age, favorite_food)
@species = "Ambystoma mexicanum"
@name = name
@age = age
@favorite_food = favorite_food
end
end
So let's give our axolotl some behaviors. We can do this by defining some methods. We're going to create three methods here, #swim, #bump, and #eat. #swim and #bump are going to be quite similar and very simple.
def initialize(name, age, favorite_food, color)
@species = "Ambystoma mexicanum"
@name = name
@age = age
@favorite_food = favorite_food
@color = color end
def swim
puts "#{name} is swimming along happily!" end
def bump
puts "#{name} is heading right for the glass!"
puts "Oh no!"
puts "BUMP!"
end
end
if food == @favorite_food
puts "YUM!! MY FAVORITE"
else
puts "Eh, I guess I'll eat this."
end
Finally, we want to be able to read back the values in @age, @species, @favorite_food, and @color, and to be able to read and change the value of @name. We could write methods to do this but if we just want to read and/or write values of instance variables in Ruby classes there's an easier way: the attr methods.
- attr_reader is a reader/getter method that allows you to read an instance variable
- attr_writer is a writer/setter method that allows to to rewrite an instance variable
- attr_accessor is an accessor method that allows you to do both
attr_reader :color, :age, :favorite_food, :species
attr_accessor :name
def intialize(name, age, favorite_food)
...
...
attr_reader :color, :age, :favorite_food, :species
attr_accessor :name
def initialize(name, age, favorite_food, color)
@species = "Ambystoma mexicanum"
@name = name
@age = age
@favorite_food = favorite_food
@color = color end
def swim
return "#{name} is swimming along happily!" end
def bump
return "#{name} is heading right for the glass! BUMP!!"
end
def eat(food)
if food == @favorite_food
return "YUM!! MY FAVORITE"
else
return "Eh, I guess I'll eat this."
end
end
max.name
=> "Maxolotl"
max.name = "Miss Maxolotl"
max.name
=> "Miss Maxolotl"
max.eat("earthworms")
=> "YUM!! MY FAVORITE"
sammy = Axolotl.new("Samulotl L. Jackson", 1, "guppies", "golden")
Well I hope you enjoyed reading this introduction to classes in Ruby and meeting Maxolotl. If you have any quetions about this material feel free to contact me at any time! Thanks for reading!


{{ define "main" }}
This is a collection of my notes from some of the books I’ve read.
{{ else if eq .Params.Title "life lessons" }}My 'life lessons' are notes that I've gathered over the years from books, podcasts, movies, etc. that align with my values in life, and that I wanted to bring along with me on the journey.
I regularly read through these notes whenever I feel lost or need some inspiration. I hope you can find them useful as well.
{{ end }} {{ range .Data.Pages }} {{ partial "article-item.html" (dict "context" . "isHome" false) }} {{ end }}


Peerflix GUI
Player
VLC
AirPlay
MPlayer
SMPlayer
MPC-HC Player
PotPlayer
MPV
OMX
WebPlay
OMX using the audio jack
Torrent file (disabled)
Choose torrent
Magnet link
Run Peerflix


Search for business
| # | Name | Owner | Category |
|---|---|---|---|
| {{ forloop.counter }} | {{ business.name }} | {{ business.owner|cut:"contractor " }} | {{ business.business_type }} |
{% extends 'website/pages/base.html' %} {% load staticfiles %} {% block content %}
| # | Name | Owner | Category |
|---|---|---|---|
| {{ forloop.counter }} | {{ business.name }} | {{ business.owner|cut:"contractor " }} | {{ business.business_type }} |


ROUGE (YIN JI KAU) (director: Stanley Kwan; cast: Anita Mui (Fleur), Alex Man (Yuen), Emily Chu (Ah Chor), Leslie Cheung (Chan Chen-Pang), 1987-Hong Kong)
This is a visually appealing Hong Kong ghost story film, that is highly stylized, told from the perspective of a courtesan, Anita Mui (Fleur). She committed suicide from an over-dose of opium and sleeping pills; she also gave the deadly dosage to her unsuspecting male suitor, Leslie Cheung (Chan Chen-Pang), in 1934; it was at a time when his wealthy parents would not allow him to marry her, but he continued seeing her despite his parents protests and was thereby cut off from the family wealth. Her plan was, that she would rather be with her lover in hell, than to not be with him in this world. But things didn't work out as she expected and she never met him in hell; she did not know that he survived.
We now see her as a wraith in a modern and thoroughly changed Hong Kong, a place that leaves her confused, as she tries to contemplate the different changes in the city 50- years later. She enters a newspaper ad office hoping to place an ad in the paper to locate master 12, as she used to call him, believing that he is now reincarnated in this world and she will locate him by tracing the places he would frequent.
The film is evocative; its strength lying mostly in its poetical presentation, as it masterfully weaves a visual work of great scope and intelligence.The essence of the story does not depend on whether you believe in ghosts or not, though it would help if you would not be entirely reluctant to accept the possiblity that there could be a life-after-death. The film's plot is based on the knowledge that everything in life is transitory, that even love is questionable when thought of in eternal terms.
Fleur, still dressed as a 1930s courtesan would be dressed, appears out of place in this modern capitalistic society, that has forgotten not only its ancient roots but its recent past. She befriends the perplexed young head of the ad office, Alex Man (Yuen), who becomes frightened when she follows him home after work, and he dramatically realizes that she is not human. He is, only, too human, living with his cute girlfriend Emily Chu (Ah Chor), who is a reporter on the newspaper. When Yuen tells her he took this strange woman back to their place, she is, at first, jealous, then her curiosity gets the better of her when she examines her and discovers Fleur does not have a heartbeat. She listens to her story; and, thereby, agrees to help Fleur track down her missing lover, though she has horrible feelings about what Fleur did, not believing suicide is needed as a proof for love. The contrasts between old and new Hong Kong is accomplished in a very revealing manner, as the young couple come to look at their relationship in a deeper way than they ever had before, and look back on a Hong Kong that no longer exists with the help of their ghostly guide.
This film fascinated me on many levels, but mainly, it made me wonder about unfulfilled expectations in this world and how the netherworld could really exist as a domain for such things that remain unresolved. It questioned what it is one really believes in and how easy it is to stray from what one believes in. It allows us the opportunity to ask ourselves, if we can really believe in spiritual things without being spiritual? Can love be so enduring to last forever? Is there something worth dying for?
This is truly one of the best films to come out of Hong Kong in the modern era. Even its ironical ending, is handled with great dignity and care; and, even if, you are not convinced by the logic of this super-natural tale, the beauty of its characterization is enough to make up for any shortcomings you might have thought this film had, such as the improbability of such vivid ghosts being so openly seen by everyone.
REVIEWED ON 3/19/99 GRADE: A
Dennis Schwartz: "Ozus' World Movie Reviews"
http://www.sover.net/~ozus
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"BEN-HADAD "the standing title of the Syrian kings, meaning “the son of Hadad.” (See HADADEZER.)(1.) The king of Syria whom Asa, king of Judah, employed to invade Israel(1 Kings 15:18). (2.) Son of the preceding, also king of Syria. He was long engaged in war against Israel. He was murdered probably by Hazael, by whom he was succeeded (2 Kings 8:7-15), after a reign of some thirty years. (3.) King of Damascus, and successor of his father Hazael on the throne of Syria (2 Kings 13:3, 4). His misfortunes in war are noticed by Amos (1:4).
"BEN-HADAD "the standing title of the Syrian kings, meaning “the son of Hadad.” (See HADADEZER.)(1.) The king of Syria whom Asa, king of Judah, employed to invade Israel(1 Kings 15:18).
(2.) Son of the preceding, also king of Syria. He was long engaged in war against Israel. He was murdered probably by Hazael, by whom he was succeeded (2 Kings 8:7-15), after a reign of some thirty years.
(3.) King of Damascus, and successor of his father Hazael on the throne of Syria (2 Kings 13:3, 4). His misfortunes in war are noticed by Amos (1:4).


IN THE MOOD FOR LOVE --------------------
In 1962 Hong Kong, Mr. Chow (Tony Leung Chiu-wai, "Happy Together") finds out from Mrs. Suen (Rebecca Pan, "Flowers of Shanghai") that the room she had for rent was just taken by Mrs. Chan (Maggie Cheung Man-yuk, "Irma Vep") and directs him just down the hall, where another room is available. Within these crowded quarters, Mr. Chow and Mrs. Chan frequently cross each others paths, alone. When they gradually realize their spouses are engaged in an affair, the two begin a friendship, vowing to be 'nothing like them' in director Wong Kar-wai's Cannes Prix du Technique (editing, cinematography and production design) winner "In the Mood for Love."
LAURA:
Writer/director Wong Kar-wai, known for his hip, visually stylized, modern films like "Chungking Express," steps back in time not only for his story but for his presentation.
His Hong Kong of 1962 is a memory of a golden age where neighbors formed mini-communities in close quarters, observing bourgeois proprieties. The elegant beauty Mrs. Chan is married to a man usually away on business trips to Japan (he, like Mrs. Chow, is never really seen, just heard). He brings back foreign goods such as pocketbooks and rice cookers to the delight of all, although the uniqueness of his gifts betrays his affair. (In a beautiful foreshadowing scene, Mrs. Chan asks her husband to bring back two pocketbooks for her boss, Mr. Ho (Lai Chin). When her husband inquires as to why he needs two, she wearily replies, 'you know,' referring to the general ways of men rather than personal experience.)
The lonely two cross each others' paths on rain slicked streets fetching dinners-for-one at a local noodle stall. Their hesitant relationship begins as they compare notes before confirming what they each already knew. They practice what they will say to their spouses with each other, then begin spending more time together collaberating on writing the martial arts serials they both love. Soon neighbors begin to talk and the emotionally restrained Li-zhen withdraws forcing Chow to declare his love and ask her to leave with him for Singapore.
This heartbreaking tale of unrequited (or is it?) love is an elegant romance for the ages and a masterpiece of its genre. Kar-wai's cinematographers Christopher Doyle ("Days of Being Wild," "Ashes of Time," "Fallen Angels") and Mark Li Ping-bin ("Flowers of Shanghai") brilliantly set their camera as an interloper viewing his subjects on the sly, creeping along halls and from behind objects. Slow motion is used several times to underline the melancholy aspects of the moment. The cheating spouses are shown in shadow, from behind, or via obstructed view.
Hyphenate William Chang Suk-ping, (production design, costume, editing) who's worked on all of Kar-wai's films, is a maestro here, from his recreations of 1962 offices, apartments and restaurants to the stunning dresses worn by Cheung (all of the same design, all boasting different shades of personality in their fabric, always consumately elegant).
Western musical choices, such as Nat King Cole's Spanish version of 'Perhaps, Perhaps, Perhaps' and other Latin music strongly aid in rushing us back to another era while setting the stage for love.
Tony Leung, who won Best Actor at Cannes for this role, is an honorable man of the time whose romantic nature is engaged by Mrs. Chan's natural beauty, quiet nature and companionship. Maggie Cheung evokes the pathos of a splendid woman who, unjustly treated by her husband, continues to cling to respectability even as her emotions are being pulled to the surface for what may be the first and only time. Never has a more elegant creature (Cheung cites the costumes as a great aid to her physical interpretation of the character) graced the screen. The two have enormous chemistry without needing any histrionics to convey their depth of feeling.
Wong Kar-wai has created a classic of the genre with "In the Mood for Love" that can stand alongside David Lean's "Brief Encounter." He's capable of moving your emotions with a shot of a woman's embroidered slippers left abandoned on the floor.
A
For more Reeling reviews visit www.reelingreviews.com
<EMAIL_ADDRESS><EMAIL_ADDRESS>The review above was posted to the
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Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
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Website Improvements
I haven’t been posting much lately because I have been working hard to improve the experience of visiting this website. You may ask what does that mean? - well it is simple. I love going to websites that are uncluttered, provide useful information and are to the point. It’s also small things like having a really fast page load time. So here’s a flavour of some of what I have been working on lately…
Navigation improvements
- Brand new menu, which can hold nested menus, images and more (much more flexible).
- Proper Sitemap, Atom and RSS feeds
- Accessibility keys can now be used to navigate to every page on the menu (for screen readers)
Speed improvements
- Blockquotes are now 100% CSS - no images. Other post elements will follow when CSS3 allows.
- I am in the process of downsizing all images to thumbnail size (as a bonus if you click on it you’ll get beautiful full size image goodness)
Maintainability Improvements
- All posts are now written in Markdown, which is like plain text. Makes me updating old posts with bad info way easier.
- The history of every page in the repository and can be referenced and restored (indeed I use it to constantly roll out and back changes/improvements).
- Permalinks will be provided at the end of each page. Posts can be safely linked to now and should always work.
- I’ve started adopting Microformats around the site as a way to feed search engines and crawlers more useful information on both myself and the websites content
- Similiar to Microformats, I’ve marked up posts so services such as Readability and Instapaper should have no trouble parsing out all the stuff they don’t need (such as site navigation, comments etc.)
- Images are getting or will have alternative tags for the visually impaired.
and more to come…
There is still going to be a lot of broken posts for various reasons - I am doing my best to review and update as many as I can. Unfortunately changing blogging platform and having 150+ posts (since 2004) doesn’t make updates easy, but once things are fixed I’ll have a better idea of how to avoid such mess in future. Do contact me if you see any I have missed!


| 1 | /* Aalto XML processor | |
| 2 | * | |
| 3 | * Copyright (c) 2006- Tatu Saloranta<EMAIL_ADDRESS>| |
| 4 | * | |
| 5 | * Licensed under the License specified in the file LICENSE which is | |
| 6 | * included with the source code. | |
| 7 | * You may not use this file except in compliance with the License. | |
| 8 | * | |
| 9 | * Unless required by applicable law or agreed to in writing, software | |
| 10 | * distributed under the License is distributed on an "AS IS" BASIS, | |
| 11 | * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. | |
| 12 | * See the License for the specific language governing permissions and | |
| 13 | * limitations under the License. | |
| 14 | */ | |
| 15 | package com.fasterxml.aalto.evt; | |
| 16 | ||
| 17 | import javax.xml.stream.*; | |
| 18 | import javax.xml.stream.events.XMLEvent; | |
| 19 | import javax.xml.stream.util.XMLEventAllocator; | |
| 20 | ||
| 21 | import org.codehaus.stax2.ri.evt.Stax2EventAllocatorImpl; | |
| 22 | ||
| 23 | import com.fasterxml.aalto.AsyncXMLStreamReader; | |
| 24 | ||
| 25 | /** | |
| 26 | * Specialized event allocator implementation. Beyond additions needed | |
| 27 | * to support DTD entities, implements non-location-preserving optimization. | |
| 28 | * | |
| 29 | * @author Tatu Saloranta | |
| 30 | */ | |
| 31 | public final class EventAllocatorImpl | |
| 32 | extends Stax2EventAllocatorImpl | |
| 33 | { | |
| 34 | final static EventAllocatorImpl sStdInstance = new EventAllocatorImpl(true); | |
| 35 | ||
| 36 | /* | |
| 37 | /********************************************************************** | |
| 38 | /* Configuration | |
| 39 | /********************************************************************** | |
| 40 | */ | |
| 41 | ||
| 42 | protected final boolean _cfgPreserveLocation; | |
| 43 | ||
| 44 | /* | |
| 45 | /********************************************************************** | |
| 46 | /* Recycled objects | |
| 47 | /********************************************************************** | |
| 48 | */ | |
| 49 | ||
| 50 | /** | |
| 51 | * Last used location info; only relevant to non-accurate-location | |
| 52 | * allocators. | |
| 53 | */ | |
| 54 | protected Location _lastLocation = null; | |
| 55 | ||
| 56 | /** | |
| 57 | * @param preserveLocation If true, allocator will construct instances | |
| 58 | * that have accurate location information; if false, instances | |
| 59 | * will only have some generic shared Location info. Latter option | |
| 60 | * will reduce memory usage/thrashing a bit, and may improve speed. | |
| 61 | */ | |
| 62 | protected EventAllocatorImpl(boolean preserveLocation) { | |
| 63 | _cfgPreserveLocation = preserveLocation; | |
| 64 | } | |
| 65 | ||
| 66 | public static EventAllocatorImpl getDefaultInstance() { | |
| 67 | /* Standard allocator instance can be shared as it | |
| 68 | * has no state. | |
| 69 | */ | |
| 70 |
1
1. getDefaultInstance : mutated return of Object value for com/fasterxml/aalto/evt/EventAllocatorImpl::getDefaultInstance to ( if (x != null) null else throw new RuntimeException ) → KILLED |
return sStdInstance; |
| 71 | } | |
| 72 | ||
| 73 | public static EventAllocatorImpl getFastInstance() { | |
| 74 | /* Can not share instances, due to QName caching, as well as because | |
| 75 | * of Location object related state | |
| 76 | */ | |
| 77 |
1
1. getFastInstance : mutated return of Object value for com/fasterxml/aalto/evt/EventAllocatorImpl::getFastInstance to ( if (x != null) null else throw new RuntimeException ) → NO_COVERAGE |
return new EventAllocatorImpl(false); |
| 78 | } | |
| 79 | ||
| 80 | /** | |
| 81 | * Default implementation assumes that the caller knows how to | |
| 82 | * share instances, and so need not create new copies. | |
| 83 | *<p> | |
| 84 | * Note: if this class is sub-classes, this method should be | |
| 85 | * redefined if assumptions about shareability do not hold. | |
| 86 | */ | |
| 87 | @Override | |
| 88 | public XMLEventAllocator newInstance() { | |
| 89 |
1
1. newInstance : mutated return of Object value for com/fasterxml/aalto/evt/EventAllocatorImpl::newInstance to ( if (x != null) null else throw new RuntimeException ) → NO_COVERAGE |
return new EventAllocatorImpl(_cfgPreserveLocation); |
| 90 | } | |
| 91 | ||
| 92 | /* | |
| 93 | /********************************************************************** | |
| 94 | /* Overriden methods | |
| 95 | /********************************************************************** | |
| 96 | */ | |
| 97 | ||
| 98 | @Override | |
| 99 | public XMLEvent allocate(XMLStreamReader r) throws XMLStreamException | |
| 100 | { | |
| 101 |
2
1. allocate : ROR: changed not equals integers comparison to less than operator → SURVIVED 2. allocate : negated conditional → KILLED |
if (r.getEventType() == AsyncXMLStreamReader.EVENT_INCOMPLETE) { |
| 102 |
1
1. allocate : mutated return of Object value for com/fasterxml/aalto/evt/EventAllocatorImpl::allocate to ( if (x != null) null else throw new RuntimeException ) → KILLED |
return IncompleteEvent.instance(); |
| 103 | } | |
| 104 |
1
1. allocate : mutated return of Object value for com/fasterxml/aalto/evt/EventAllocatorImpl::allocate to ( if (x != null) null else throw new RuntimeException ) → KILLED |
return super.allocate(r); |
| 105 | } | |
| 106 | | |
| 107 | /** | |
| 108 | * Method used to get the {@link Location} object to use for | |
| 109 | * an event to create. Base implementation just calls stream | |
| 110 | * reader's accessors, but sub-classes may choose to use other | |
| 111 | * methods (esp. when not in "preserve location" mode). | |
| 112 | */ | |
| 113 | @Override | |
| 114 | protected Location getLocation(XMLStreamReader r) | |
| 115 | { | |
| 116 |
2
1. getLocation : negated conditional → SURVIVED 2. getLocation : ROR: changed equals zero comparison to less than operator → SURVIVED |
if (_cfgPreserveLocation) { |
| 117 |
1
1. getLocation : mutated return of Object value for com/fasterxml/aalto/evt/EventAllocatorImpl::getLocation to ( if (x != null) null else throw new RuntimeException ) → SURVIVED |
return r.getLocation(); |
| 118 | } | |
| 119 | Location loc = _lastLocation; | |
| 120 | /* And even if we can just share one instance, we need that | |
| 121 | * first instance... | |
| 122 | */ | |
| 123 |
1
1. getLocation : negated conditional → NO_COVERAGE |
if (loc == null) { |
| 124 | loc = _lastLocation = r.getLocation(); | |
| 125 | } | |
| 126 |
1
1. getLocation : mutated return of Object value for com/fasterxml/aalto/evt/EventAllocatorImpl::getLocation to ( if (x != null) null else throw new RuntimeException ) → NO_COVERAGE |
return loc; |
| 127 | } | |
| 128 | ||
| 129 | // Should redefine this one: | |
| 130 | /* | |
| 131 | protected EntityReference createEntityReference(XMLStreamReader r, Location loc) | |
| 132 | throws XMLStreamException | |
| 133 | */ | |
| 134 | ||
| 135 | // As well as this: | |
| 136 | /* | |
| 137 | protected DTD createDTD(XMLStreamReader r, Location loc) | |
| 138 | throws XMLStreamException | |
| 139 | */ | |
| 140 | ||
| 141 | // And probably this one too? | |
| 142 | /* | |
| 143 | protected StartElement createStartElement(XMLStreamReader r, Location loc) | |
| 144 | throws XMLStreamException | |
| 145 | { | |
| 146 | return super.createStartElement(r, loc); | |
| 147 | } | |
| 148 | */ | |
| 149 | } | |
Mutations | ||
| 70 |
1.1 |
|
| 77 |
1.1 |
|
| 89 |
1.1 |
|
| 101 |
1.1 2.2 |
|
| 102 |
1.1 |
|
| 104 |
1.1 |
|
| 116 |
1.1 2.2 |
|
| 117 |
1.1 |
|
| 123 |
1.1 |
|
| 126 |
1.1 |


After creating an app in Github, use this form to register your app and connect it to sensitive data stored in S3.
{% extends "layouts/one-column.html" %} {% set page_title = "Connect app to secure webapp data source" %} {% set breadcrumbs = [{text: 'Home', url: '/'}, {text: page_title}] %} {% block main_column %}
After creating an app in Github, use this form to register your app and connect it to sensitive data stored in S3.


RT @sarahmei: Five more days to put in a talk for @rubyconf...please do, I'd love to see you in San Diego. http://rubyconf.org/cfp
8/26/2014, 9:14:48 PM
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link--- layout: tweet ---
RT @sarahmei: Five more days to put in a talk for @rubyconf...please do, I'd love to see you in San Diego. http://rubyconf.org/cfp
8/26/2014, 9:14:48 PM
Favs: 0
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Hierarchy For Package net.corda.flows
Package Hierarchies:
All Packages
Class Hierarchy
net.corda.flows.
NotaryError
net.corda.flows.
NotaryError.Conflict
net.corda.flows.
NotaryError.SignaturesInvalid
net.corda.flows.
NotaryError.SignaturesMissing
net.corda.flows.
NotaryError.TimestampInvalid
net.corda.flows.
NotaryError.TransactionInvalid
net.corda.core.flows.
FlowLogic
<T>
net.corda.flows.
AbstractStateReplacementFlow.Acceptor
<T>
net.corda.flows.
NotaryChangeFlow.Acceptor
net.corda.flows.
BroadcastTransactionFlow
net.corda.flows.
TwoPartyTradeFlow.Buyer
net.corda.flows.
CashFlow
net.corda.flows.
NotaryFlow.Client
net.corda.flows.
FetchDataFlow
<T,W>
net.corda.flows.
FetchAttachmentsFlow
net.corda.flows.
FetchTransactionsFlow
net.corda.flows.
FinalityFlow
net.corda.flows.
AbstractStateReplacementFlow.Instigator
<S,T>
net.corda.flows.
NotaryChangeFlow.Instigator
<T>
net.corda.flows.
IssuerFlow.IssuanceRequester
net.corda.flows.
IssuerFlow.Issuer
net.corda.flows.
TwoPartyDealFlow.Primary
net.corda.flows.
TwoPartyDealFlow.Instigator
net.corda.flows.
ResolveTransactionsFlow
net.corda.flows.
TwoPartyDealFlow.Secondary
<U>
net.corda.flows.
TwoPartyDealFlow.Acceptor
net.corda.flows.
TwoPartyTradeFlow.Seller
net.corda.flows.
NotaryFlow.Service
net.corda.flows.
ValidatingNotaryFlow
net.corda.flows.
NotaryChangeFlow.Proposal
(implements net.corda.flows.
AbstractStateReplacementFlow.Proposal
<T>)
net.corda.core.utilities.
ProgressTracker.Step
net.corda.flows.
Companion.APPROVING
net.corda.flows.
Companion.AWAITING_PROPOSAL
net.corda.flows.
Companion.AWAITING_PROPOSAL
net.corda.flows.
Companion.AWAITING_REQUEST
net.corda.flows.
Companion.BROADCASTING
net.corda.flows.
Companion.COPYING_TO_REGULATOR
net.corda.flows.
Companion.EXITING
net.corda.flows.
Companion.ISSUING
net.corda.flows.
Companion.ISSUING
net.corda.flows.
Companion.NOTARISING
net.corda.flows.
Companion.NOTARY
net.corda.flows.
Companion.NOTARY
net.corda.flows.
Companion.NOTARY
net.corda.flows.
Companion.PAYING
net.corda.flows.
Companion.RECEIVING
net.corda.flows.
Buyer.RECEIVING
net.corda.flows.
Companion.RECORDING
net.corda.flows.
Companion.RECORDING
net.corda.flows.
Companion.REJECTING
net.corda.flows.
Companion.REQUESTING
net.corda.flows.
Companion.SENDING_CONFIRM
net.corda.flows.
Companion.SENDING_SIGS
net.corda.flows.
Companion.SENDING_SIGS
net.corda.flows.
Companion.SIGNING
net.corda.flows.
Companion.SIGNING
net.corda.flows.
Companion.SIGNING
net.corda.flows.
Companion.SIGNING
net.corda.flows.
Buyer.SIGNING
net.corda.flows.
Companion.SWAPPING_SIGNATURES
net.corda.flows.
Buyer.SWAPPING_SIGNATURES
net.corda.flows.
Companion.TRANSFERRING
net.corda.flows.
Companion.VALIDATING
net.corda.flows.
Buyer.VERIFYING
net.corda.flows.
Companion.VERIFYING
net.corda.flows.
Companion.VERIFYING
net.corda.flows.
Companion.VERIFYING
net.corda.flows.
Companion.VERIFYING
net.corda.flows.
Issuer.Companion
net.corda.flows.
CashCommand
net.corda.flows.
CashCommand.ExitCash
net.corda.flows.
CashCommand.IssueCash
net.corda.flows.
CashCommand.PayCash
net.corda.flows.
AbstractStateReplacementFlow
<T>
net.corda.flows.
NotaryChangeFlow
net.corda.flows.
Client.Companion
net.corda.flows.
CashFlow.Companion
net.corda.flows.
TwoPartyTradeFlow
net.corda.flows.
ServiceRequestMessageKt
net.corda.flows.
CashFlowResult
net.corda.flows.
CashFlowResult.Failed
net.corda.flows.
CashFlowResult.Success
net.corda.flows.
NotaryFlow.Result
net.corda.flows.
Result.Error
net.corda.flows.
Result.Success
net.corda.flows.
Instigator.Companion
net.corda.flows.
TwoPartyTradeFlow.SellerTradeInfo
net.corda.flows.
IssuerFlow.IssuanceRequestState
net.corda.flows.
FetchDataFlow.Request
net.corda.flows.
IssuerFlow
net.corda.flows.
FinalityFlow.Companion
net.corda.flows.
BroadcastTransactionFlow.NotifyTxRequest
net.corda.flows.
NotaryFlow
net.corda.flows.
Seller.Companion
net.corda.flows.
ResolveTransactionsFlow.Companion
net.corda.flows.
NotaryFlow.SignRequest
net.corda.flows.
TwoPartyDealFlow.SignaturesFromPrimary
net.corda.flows.
TwoPartyDealFlow.AutoOffer
net.corda.flows.
Issuer.Service
net.corda.flows.
TwoPartyDealFlow.Handshake
<T>
net.corda.flows.
TwoPartyDealFlow
net.corda.flows.
TwoPartyTradeFlow.SignaturesFromSeller
net.corda.flows.
Secondary.Companion
net.corda.flows.
FetchDataFlow.Result
<T>
net.corda.flows.
Acceptor.Companion
net.corda.flows.
Primary.Companion
net.corda.flows.
StateReplacementRefused
net.corda.flows.
Result.Companion
net.corda.flows.
AbstractStateReplacementFlow.Result
Interface Hierarchy
net.corda.flows.
TwoPartyDealFlow.MarkerForBogusRegulatorFlow
net.corda.flows.
AbstractStateReplacementFlow.Proposal
<T>
net.corda.flows.
ServiceRequestMessage
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Brooklyn Valera: Website Designer and Marketing Consultant
I started out as a journalist and quickly learned that my creativity belonged in the digital world to help others tell their stories.
- I've designed a website for the new startup company Elevati Design.
- As well as LayereDesign Group, Elevati Design's parent company.
- I have officially entered the freelance world. Please contact me so I can help make your digital dreams come true.


lsblk
hard drives are a type of block device in unix systems. they usually follow the format of /dev/sdx
checking all physical hdds and partitions available [ useful because it picks up unmounted hdds too]
NAME MAJ:MIN RM SIZE RO TYPE MOUNTPOINT
sda 8:0 0 238.5G 0 disk
sda1 8:1 0 19.5G 0 part
md1 9:1 0 19.5G 0 raid1 /
sda2 8:2 0 218.5G 0 part
md2 9:2 0 218.4G 0 raid1 /home
blkid
you want to get blkid of a device, because mounting by UUID is safer than by using the direct device path. the device path can change, the UUID cannot.
/dev/loop0: UUID="231ecc49-7c0a-4272-bf67-36dc110c711f" TYPE="xfs"
/dev/sda1: UUID="8e3cb146-0db2-9380-a4d2-adc226fd5302" TYPE="linux_raid_member" PARTUUID="d5bfc4bd-01"
/etc/fstab
sudo vim /etc/fstab. example entry below
UUID=231ecc49-7c0a-4272-bf67-36dc110c711f /mnt/disk ext4 defaults 0 0
you can mount everything in /etc/fstab with mount -a. this also tests if the /etc/fstab entry you created actually works.
use mount | grep "disk" to check if the disk is mounted.
or just mount | less
tune2fs
really useful for when you mount a large external storage disk
a lot of linux distros reserve 5% of space for new partitions for root user & system services. this in theory means even when you run out of disk space you can still login as the root user and make necessary changes to recover disk space.
this is not relevant for a disk that isnt mounted to the root FS, 5% can be a significant amount of space for larger disks. e.g. about 50gb for 1TB. so we can free up this space.
tune2fs -m 0 /dev/sda1
also tune2fs -l /dev/sda1
to view all specific disk information specifically::
sudo tune2fs -l /dev/md1 | grep "Reserved"
Reserved block count: 255986
Reserved GDT blocks: 1022
Reserved blocks uid: 0 (user root)
Reserved blocks gid: 0 (group root)


Delivery At:
{{client.visits.delivery_plan['Delivery Plan'].data.deliveryFacilityName}}
none
Transport:
none
{{client.visits.delivery_plan['Delivery Plan'].data.transportationPlan | humanize}}
No companion
Has companion
ASHA:
{{client.ashaPhoneNumber}}
none
Contact:
none
{{client.visits.delivery_plan['Delivery Plan'].data.phone_number}}
Risks not reviewed
Risks reviewed


---
layout: archive
title: Lean Prover Zulip Chat Archive
permalink: 187764Leanforteaching/44409LogipediaClubofTeachers.html
---
The archive URL format has changed. Please find this page at:
https://leanprover-community.github.io/archive/stream/187764-Lean-for-teaching/topic/Logipedia.20Club.20of.20Teachers.html


All Classes
AbstractArtifactResolver
ArtifactDirFilter
ArtifactFilter
ArtifactResolver
MappedFlattenedArtifactResolver
RepositoryArtifactResolver
Resolver
VersionResolver


@* * Copyright 2023 HM Revenue & Customs * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. *@ @import controllers.auth.AuthenticatedRequest @import includes.{ptaHeader, taxFreeAmountSummaryComparison} @import uk.gov.hmrc.tai.viewModels.taxCodeChange.YourTaxFreeAmountViewModel @this(mainTemplate: MainTemplate) @(currentTaxFreeAmount: YourTaxFreeAmountViewModel)(implicit request: AuthenticatedRequest[_], user: controllers.auth.AuthedUser, messages: Messages) @header() = @{ ptaHeader( formForErrorSummary = None, mainHeadingText = Messages("taxCode.change.yourTaxFreeAmount.title"), preHeadingText = Messages("taxCode.change.journey.preHeading"), maybeUserName = Some(request.fullName)) } @mainTemplate( title = Messages("taxCode.change.yourTaxFreeAmount.title"), backLinkContent = Some(Messages("tai.back-link.upper")), authedUser = Some(user), backLinkId = "backLink", pagePrintable = true ) {


Click on the pictures to go to related internet sites..
Phases of the moon
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This table contains entries for fatty acid synthases from various organisms found in the UniProt database. Links are provided to view the original UniProtKB protein entries and their display in InterPro.
|
|
UniProt
|
Protein name |
Organism |
InterPro Domain Architecture
|
InterPro Graphical Match |
|
Type I FAS One polypeptide |
Fatty acid synthase |
Homo sapiens
|
|||
|
|
Fatty acid
synthase |
Mus musculus
Mouse |
|||
|
|
Fatty acid
synthase |
Rattus norvegicus
Rat |
|||
|
|
Fatty acid
synthase |
Gallus gallus
Chicken |
|
||
|
Type I FAS Two polypeptides |
Fatty acid
synthase |
Saccharomyces cerevisiae
Yeast |
|||
|
|
Fatty acid
synthase |
Saccharomyces cerevisiae
Yeast |
|||
|
|
Fatty acid
synthase |
Schizosaccharomyces pombe
Fission yeast |
|||
|
|
Fatty acid
synthase |
Schizosaccharomyces pombe
Fission yeast |
|||
|
Type II FAS Individual enzymes |
Acyl carrier protein |
Escherichia coli
Bacteria |
|||
|
|
Beta‑ketoacyl Synthase I |
Escherichia coli
Bacteria |
|||
|
|
Beta‑ketoacyl Synthase II |
Escherichia coli
Bacteria |
|||
|
|
Beta‑ketoacyl Synthase III |
Escherichia coli
Bacteria |
|||
|
|
Malonyl transacylase |
Escherichia coli
Bacteria |
|||
|
|
Holo-ACP synthase |
Escherichia coli
Bacteria |