All the four methods are tested by the five map cases, and for each case the start and goal pair are seleced as ([0,0],[4,4]) and ([4,4],[0,0]). The characteristics of the methods can be analyzed from the two default settings for the start and goal.
The sections will be divided by methods, and for each method there will be ten figures. Besides, an extra test for failed condition will be shown in the end.
The following two figures are the result in empty map.
The following two figures are the result in misc map.
The following two figures are the result in narrow-1 map.
The following two figures are the result in narrow-2 map.
The following two figures are the result in three-sections map.
According to the result, the performance of DFS is highly related to the visit order of neighbor points and the relative position between start and end. If the visit order happens to be opposite to the goal direction, the DFS method will visit more nodes and give a longer path. For all the conditions tested, DFS fails to provide the optimal path to the goal.
The following two figures are the result in empty map.
The following two figures are the result in misc map.
The following two figures are the result in narrow-1 map.
The following two figures are the result in narrow-2 map.
The following two figures are the result in three-sections map.
For all the five maps, the BFS method gives an optimal path. The reason that BFS gives an optimal result is that for this 2D world, the costs for each step are the same, and the optimal path is not unique. If the start and goal are in differnet sections, the iteration number depends on the relative position between the goal and the entrance of that section.
The following two figures are the result in empty map.
The following two figures are the result in misc map.
The following two figures are the result in narrow-1 map.
The following two figures are the result in narrow-2 map.
The following two figures are the result in three-sections map.
The A-star method gives optimal paths for all five maps because of the special property of this 2D world definition.
The following two figures are the result in empty map.
The following two figures are the result in misc map.
The following two figures are the result in narrow-1 map.
The following two figures are the result in narrow-2 map.
The following two figures are the result in three-sections map.
The greedy-best search is the lest time consuming method among all the four, but it will not always give the optimal path as A-star or BFS. The condition that greedy will not give good result is: there is a wall between start and goal, and the way to pass the wall is opposite to the goal direction. This happens on misc and narrow1 map.
The test is done by setting start point at [-2,-2] which is the cornor of the world and is outside the boundary, and goal inside the boundary so that it can't be reached. Result is shown below:
Among all the four methods, DFS gives the worst path, but its performance is highly dependent to the visit order. For a well selected order, DFS can be faster than BFS and doesn't need to visit the entire space. BFS tends to visit the most of the section, so it is the most time consuming. A-Star has a search direction to the goal, and it always takes less time than BFS. Greedy-Best-Search is the most efficient method, but it will not always give the most optimal path. It will not give the shortest path if the path is opposite to the goal direction, and in this condition it will require more time to find the path.


PIG DICE
How To Play
Roll the dice when it's your turn to play the game.
If the player rolls 1, they score nothing and it becomes the next player's turn.
If the player rolls any other number, it is added to their turn total and the player's turn continues.
If a player chooses to "hold", their turn total is added to their score, and it becomes the next player's turn.
The first player to score 100 or more points wins.
Player 1
Save
PLAY
Player 2
Save
Player 1
0
Round: 0
0
Roll
Hold
Restart
Player 2
0
Round: 0


haskell-jp / math #1
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igrep
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@igrep set the channel purpose: Haskellプログラミングそのものから外れてしまう、数学の話題はこちらへ
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hi
2017-11-12 23:25:39 +0900
線形代数の本でお薦めとかありますか?
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myuon_myon
2017-11-13 12:05:14 +0900
私は読んだことないんですが周囲で圧倒的に評価が高いのはこれです(1冊目に読むような本ではないです)
線形代数の世界
https://www.amazon.co.jp/%E7%B7%9A%E5%BD%A2%E4%BB%A3%E6%95%B0%E3%81%AE%E4%B8%96%E7%95%8C%E2%80%95%E6%8A%BD%E8%B1%A1%E6%95%B0%E5%AD%A6%E3%81%AE%E5%85%A5%E3%82%8A%E5%8F%A3-%E5%A4%A7%E5%AD%A6%E6%95%B0%E5%AD%A6%E3%81%AE%E5%85%A5%E9%96%80-%E6%96%8E%E8%97%A4-%E6%AF%85/dp/4130629573
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{%extends 'base.html'%} {%block content%}
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Carpetplot Class Example Plots
These are some examples plots made with the carpetplot class.
Contents
Simple Example
In the beginning a simple example. More details about creating and labeling a carpet plot will be illustrated in the following examples.
set(gcf,'Renderer','OpenGL') a = 1:0.25:2; b = 1:20:100; [A B] = meshgrid(a,b); Y = A.*B; o = carpetplot(A,B,Y); label(o,'A-Axis','B-Axis') grid on;
Input Data
The carpetplot class supports different kind of input data. The data can be exact (a matrix containing all datapoints) or scattered data. In this case the data points will be interpolated using TriScatteredInterp.
There are two different types of carpet plots:
The cheater plot
obj = carpetplot(a,b,Y) obj = carpetplot(a,b,Y,z)
The (real) carpet plot
obj = carpetplot(a,b,X,Y) obj = carpetplot(a,b,X,Y,z)
In case of exact data A and B can be eather vectors or meshgrids.
If the input data are scattered data points a,b,(x) and y must be vectors with the corresponding coordinates of the datapoints.
The z parameter is only used for the interpolation of whole carpet plots or lattice plots.
A plot using exact data input and Meshgrids
warning off; % Suppress warnings (optional) a = linspace(1,100,30); b = linspace(100,200,20); [A B] = meshgrid(a,b); X = A.^2+B; Y = A+B; o = carpetplot(A,B,X,Y);
Using the vectors for a and b has the same effect
clf; warning off; % Suppress warnings (optional) a = linspace(1,100,30); b = linspace(100,200,20); [A,B] = meshgrid(a,b); X = A.^2+B; Y = A+B; o = carpetplot(a,b,X,Y);
Scattered data
clf; a = [1 1 1 2 2 2 3 3 3]; b = [10 20 30 10 20 30 10 20 30]; X = a.^2+a; Y = a+b; o = carpetplot(a,b,X,Y);
Curve Fitting
In the default case the interpolations of the carpet plot will be calculated and connected with a straight line.
This linear curve will produce a cornered carpet if you do not have a lot of intersections.
To avoid this use the spline and pchip methods to produce curved lines with the given intersections.
Alternatively if you have a lot of data points but only wan't to vizualize a few intersections it is recommended to use the exact methods epchip or espline pr elinear as these methods consider all input datapoints for plotting.
The following example illustrates the different effects of the curve fitting methods.
a = linspace(-.5,1,50); b = linspace(-1,6,14); [A,B] = meshgrid(a,b); Y = A.^3+B; X = A-B*.2; Y(1,4) = Y(1,4)-0.1; clf; hold on; oinput = carpetplot(A,B,X,Y,'o','Color',[0.2 0.2 0.2]); set(oinput,'aTick',linspace(-.5,1,50),'bTick',linspace(-1,6,14)) ospline = carpetplot(A,B,X,Y,'-','Color',[1 0 0]); olinear = carpetplot(A,B,X,Y,'-','Color',[0.5 1 0.5]); set(olinear,'curveFitting','linear','aTick',linspace(-.5,1,5)) set(ospline,'curveFitting','spline','aTick',linspace(-.5,1,5)) opchip = carpetplot(A,B,X,Y,'-','Color',[0 1 0]); set(opchip,'curveFitting','pchip','aTick',linspace(-.5,1,5)) oepchip = carpetplot(A,B,X,Y,'-','Color',[0 0 1]); set(oepchip,'curveFitting','epchip','aTick',linspace(-.5,1,5)) oespline = carpetplot(A,B,X,Y,'-','Color',[1 1 0]); set(oespline,'curveFitting','espline','aTick',linspace(-.5,1,5)) oelinear = carpetplot(A,B,X,Y,'-','Color',[0 1 1]); set(oelinear,'curveFitting','elinear','aTick',linspace(-.5,1,5)) legend([oinput olinear ospline opchip oepchip oespline oelinear] ... ,'Input Data','linear','Spline','Pchip','Exact pchip','Exact Spline','Exact Linear'); xlim([-0.32 0.1]); ylim([-1.17 -0.86])
As you can see all curve fitting methods have their trade offs. pchip and spline don't consider the points between the intersections.
linear just draws a straight line.
The Exact Methods consider all points but are only usable if you have a lot of input data. espline especially with the data anomaly swings out a lot.
Cheater Plots
Cheater plots do not have an x axis. The x-values for the vizualisation will calculated using
X = k0 + a*K1 + b*K2
The K values controll the plotting direction of the plot and as default the intersections align vertically. The allignement does only work if the a and b values are equally spaced.
clf; aValues = [1 1 1 2 2 2 3 3 3]; bValues = [10 15 20 10 15 20 10 15 20]; Y = aValues+bValues; o = carpetplot(aValues,bValues,Y); label(o); set(o,'style','clean','alabelspacing',0.15); [arrowH,textH] = cheaterlegend(o,'northwest'); grid on;
Use get and set to change the K Values. The Intersections will not allign vertically anymore.
delete(arrowH,textH) set(o,'K1',get(o,'K1')*3) cheaterlegend(o,'northwest'); grid on
Multiple Plots
The carpetplot class supports multiple plots. They can just be plotted into one figure by using the hold on command.
clf; a =[1;2;3;1;2;3]; b =[10;10;10;30;30;30]; x = b-a.^3; y = a.*b; hold on; o1 = carpetplot(a,b,x,y,10); o2 = carpetplot(a,b,x+40,y+40,22); o3 = carpetplot(a,b,x+190,y+15,34); zlabel(o1,'Plot1 (z=10)'); zlabel(o2,'Plot2 (z=22)'); zlabel(o3,'Plot3 (z=34)'); [hlines hmarkers htext] = showpoint(o1,o2,o3,1.7,23); snapnow; %Only needed for publishing
A whole plot can be interpolated. The showpoint lines and text can be deleted using the handles.
delete(hlines); delete(hmarkers); delete(htext); oi = interpolateplot(o1,o2,o3,30); set(get(oi,'aLines'),'color',[0.5 0.5 0.5],'LineStyle','--'); set(get(oi,'blines'),'color',[0.5 0.5 0.5],'LineStyle','--'); snapnow; %Only needed for publishing
Altough cheater plot's do not have an x-axis multiple carpets can be plotted using the lattice method. The x-axis shifting of the plot will represent the plot's z-value.
clear; clf; a = linspace(1,10,3); b = linspace(10,30,3); [A B] = meshgrid(a,b); X1 = A.*B; X2 = (A.*B).*2; X3 = (A.*B).*3; hold on; o1 = carpetplot(A,B,X1,-124); set(o1,'style','standard'); o2 = carpetplot(A,B,X2,500); set(o2,'k0',20,'style','standard') o3 = carpetplot(A,B,X3,3000); set(o3,'k0',40,'style','standard') alabel(o3); blabel(o1); lLines = lattice(o1,o2,o3,'lines'); set(lLines,'LineWidth',0.5);
Styles
The carpetplot class supports the possibility to customize the carpet plot with built in styles as well as with custom parameters.
hold off; clear; clf; a = linspace(1,10,3); b = linspace(10,30,3); [A B] = meshgrid(a,b); X = A+3.*B; o = carpetplot(A,B,X); label(o); title('carpet plot with standard parameters') snapnow; %Only needed for publishing
o = carpetplot(A,B,X,'ko--'); label(o); title('carpet plot with custom line spec') snapnow; %Only needed for publishing
o = carpetplot(A,B,X); label(o); set(o.alines,'color',[1 0 0],'linestyle',':') snapnow; %Only needed for publishing
o = carpetplot(A,B,X); label(o); set(o,'style','standard'); title('Standard Style'); snapnow; %Only needed for publishing set(o,'style','basic'); title('Basic Style'); snapnow; %Only needed for publishing set(o,'style','minimal'); title('Minimal Style'); snapnow; %Only needed for publishing
Transform coordinate Systems
The carpetpot class has three build in functions to draw hatchedlines, line plots, and filled contours into the a b coordinate systems. If there are other plots needed it is possible to transform any vectors or matrixes into the carpet plot's coordinate system
x = linspace(-0.5,10,200); rng(0,'twister'); y = 10*cos(x)+ rand(1,200)+20; hold off; scatter(x,y) title('Scatter Plot in the XY coordinate system'); snapnow; %Only needed for publishing a = linspace(-.5,10,5); b = linspace(-1,40,4); [A,B] = meshgrid(a,b); Y = A.^2+B; X = A-B*.2; o = carpetplot(A,B,X,Y); set(o,'curvefitting','pchip'); hold on; [x, y] = o.abtoxy(x,y); scatter(x,y) title('Scatter Plot in the AB coordinate system'); hatchedline(o,linspace(-.5,10,5),ones(1,5)*32,'r-',-45); hatchedline(o,linspace(-.5,10,5),ones(1,5)*10,'g-',45); plot(o,linspace(-.5,10,5),ones(1,5)*20,'b:'); snapnow; %Only needed for publishing
Constraint Plot with fixed Weight trade study
This is a constraint plot common in aircraft design. The fixed weights of planes with different Wingloading [W/S] and Thrust/Weight-Ration [T/W] had been take in into account. The data was created using spreadsheet calculation.
clear; clf; % Weight Estimations for different T/W and W/S TW = [0.1000 0.1200 0.1500 0.2000 0.2500 0.3000 0.1000 0.1200 0.1500 0.2000 0.2500 0.3000 0.1000 0.1200 0.1500 0.2000 0.2500 0.3000]; WS = [60 60 60 60 60 60 90 90 90 90 90 90 120 120 120 120 120 120]; G0 = 10^4*[0.9901 1.0042 1.0252 1.0603 1.0953 1.1304 0.8957 0.9097 0.9308 0.9658 1.0009 1.0359 0.8485 0.8625 0.8835 0.9186 0.9537 0.9887]; % Constraint data TW_Land = [ 0 0.0500 0.1000 0.1100 0.1200 0.1300 0.1400 0.1500 0.1600 0.1700 0.1800 0.1900 0.2000 0.3000]; WS_Land =[109.6875 109.6875 109.6875 109.6875 109.6875 109.6875 109.6875 109.6875 109.6875 109.6875 109.6875 109.6875 109.6875 109.6875]; TW_takeoff =[0 0.0250 0.0500 0.0750 0.1000 0.1250 0.1500 0.1750 0.2000 0.2250 0.2500 0.2750 0.3000 0.3250]; WS_takeoff =[0 10.7250 21.4500 32.1750 42.9000 53.6250 64.3500 75.0750 85.8000 96.5250 107.2500 117.9750 128.7000 139.4250]; TW_Cruise =[0.1000 0.1100 0.1200 0.1300 0.1400 0.1500 0.1600 0.1700 0.1800 0.1900 0.2000]; WS_Cruise =[109.0134 99.1031 90.8445 83.8565 77.8668 72.6756 68.1334 64.1256 60.5631 57.3755 54.5068]; TW_secondSeg =[0.1402 0.1402 0.1402 0.1402 0.1402 0.1402 0.1402 0.1402 0.1402]; WS_secondSeg =[60 70 80 90 100 120 130 140 150]; % Create the object and plot it o = carpetplot(TW,WS,G0); %Add some labels alabel(o,'T/W'); blabel(o,'W/S [lb/ft²]'); ylabel('G0 [lb]'); set(o,'curveFitting','pchip','bLabelSpacing',0.2); hold on; LandConstr = hatchedline(o,TW_Land,WS_Land,'r-'); TakeOffConstr = hatchedline(o,TW_takeoff,WS_takeoff,'g-'); secSegmentConstr = hatchedline(o,TW_secondSeg,WS_secondSeg,'y-'); CruiseConstr = hatchedline(o,TW_Cruise,WS_Cruise,'b-',-120); o.showpoint(0.25,105);
Contourf Plot
This example uses the simple peaks() contour and the fill style for a constraint
clear; clf; % Generate some Input Data a =[1;2;3;1;2;3]; b =[10;10;10;30;30;30]; x = b-a.^3; y = a.*b; % Create the object and Plot plotObject = carpetplot(a,b,x,y); label(plotObject,'A-Axis','B-Axis') % Change the curve Fitting and style set(plotObject,'curvefitting','pchip','style','standard','blabelspacing',0.2,'barrowspacing',0.2); % Add the contourf hold on; contourf(plotObject,1:0.1:3,10:1:30,peaks(21)); % Add some Constraints const = constraint(plotObject,'y<60 ','fill',[0.3 0.3 0.3]); const = constraint(plotObject,'y>20','hatchedline','r-',45); showpoint(plotObject,2,16); % Move the label a little bit snapnow; %Only needed for publishing


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Basic concepts¶
This tutorial covers the very basic concepts that are needed to get started with DScribe and descriptors in general. Please read through this page before moving on to other tutorials if you have no previous experience or simply want to refresh some core concepts.
DScribe provides methods to transform atomic structures into fixed-size numeric vectors. These vectors are built in a way that they efficiently summarize the contents of the input structure. Such a transformation is very useful for various purposes, e.g.
Input for supervised machine learning models, e.g. regression.
Input for unsupervised machine learning models, e.g. clustering.
Visualizing and analyzing a local chemical environment.
Measuring similarity of structures or local structural sites.
etc.
Please read more details in our open-access article: DScribe: Library of descriptors for machine learning in materials science
Terminology¶
structure: An atomic geometry containing the chemical species, atomic positions and optionally a unit cell for periodic structures.
descriptor: A particular method for transforming a structure into a constant sized vector. There are various options which are suitable for different use cases. DScribe currently provides the following descriptors: Coulomb matrix, Sine matrix, Ewald sum matrix, Atom-centered Symmetry Functions (ACSF), Smooth Overlap of Atomic Positions (SOAP), Many-body Tensor Representation (MBTR) and Local Many-body Tensor Representation (LMBTR).
descriptor object: In DScribe there is a single python class for each descriptor. The object that is instantiated from this class is called a descriptor object.
feature vector: The descriptor objects produce a single one-dimensional vector for each input structure. This is called a feature vector.
feature: A single channel/dimension in the multi-dimensional feature vector produced by a descriptor object for a structure. Each feature is a number that represents a specific structural/chemical property in the structure.
Typical workflow¶
DScribe uses the Atomic Simulation Environment (ASE) to represent and work with atomic structures as it provides convenient ways to read, write, create and manipulate them. The first step is thus to transform your atomic structures into ASE Atoms.
For example:
from ase.io import read from ase.build import molecule from ase import Atoms # Let's use ASE to create atomic structures as ase.Atoms objects. structure1 = read("water.xyz") structure2 = molecule("H2O") structure3 = Atoms(symbols=["C", "O"], positions=[[0, 0, 0], [1.128, 0, 0]])
Usually the descriptors require some knowledge about the dataset you are analyzing. This means that you wll need to gather information about the expected input space of all your analyzed structures. Often simply gathering a list of the present chemical species is enough.
For example:
# Let's create a list of structures and gather the chemical elements that are # in all the structures. structures = [structure1, structure2, structure3] species = set() for structure in structures: species.update(structure.get_chemical_symbols())
Setup the descriptor object. The exact setup depends on the used descriptor and your use case. Notice that typically you will want to instantiate only one descriptor object which will handle all structures in your dataset. You should read the original articles or the specific tutorials to understand the meaning of different settings. For machine learning purposes you may also want to cross-validate the different settings to find the best-performing ones.
For example:
# Let's configure the SOAP descriptor. from dscribe.descriptors import SOAP soap = SOAP( species=species, periodic=False, rcut=5, nmax=8, lmax=8, average="outer", sparse=False )
Call the
create()
function of the descriptor object on a single Atoms object or a list of them. Optionally provide a number of cores to parallelize the work.# Let's create SOAP feature vectors for each structure feature_vectors = soap.create(structures, n_jobs=1)
The output is either 2D (number of structures \(\times\) number of features) numpy array or scipy sparse matrix (depends on the
sparse
setting of your descriptor object) that you can store store for later use. Have fun!


Calculate Total Sales Count
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5G/Innovation Summit 2019 to be held in Taipei November 25
by Mark Tsai, Taipei; Adam Hwang, DIGITIMES5G/Innovation Summit 2019, an event focusing on empowering innovation in the 5G era organized by Taipei City's Department of Economic Development with support from Digitimes, will take place in Taipei on November 25.
HP Tech Venture partner Mitchell Weinstock will deliver a keynote speech "Strategic Investing, Making Corporate Venture Capital Work." Orange Silicon Valley startup investment expert Jay Onda will speak about "How 5G is Enabling Innovation by Collaboration." And phireGEN Advisory Group managing partner Leland Lai's speech will be "Re-imagine City Life with 5G Applications."
Enterprises' investment in startups has taken up over 20% of global venture capital investment, as startups' momentum in technological innovation is far larger than the enterprises' own, Weinstock said.
Cooperation among the government and private sectors is crucial to hiking efficiency in innovation and producing innovative ideas, Onda noted, adding Orange Silicon Valley hopes to gain more understanding of Taiwan's ICT industries.
5G has potential of being applied to VR devices, smart city and smart transportation solutions, Lai said.
As of the end of June 2019, 293 telecom carriers were experimenting or in trial operation of 5G networks in 98 countries, and 55 of them were setting up 5G networks. Mobile telecom carriers in South Korea took the initiative globally to offer 5G commercial services, with the total number of users expected to reach four million by the end of 2019.


RemoveChild example
Remove selected items
Reset in initial configuration
Apples
Oranges
Bananas
Grapes


[§88E-11] Limitation on liability. The State or county shall not be liable for the sums deferred or the results of any investment product. [L Sp 1981 1st, c 7, pt of §1]


Pope Francis appoints new bishop for Catholic Archdiocese of Abuja
by Halimah YahayaPope Francis has appointed a new bishop to replace the outgoing Catholic Bishop of Abuja, John Onaiyekan.
The appointee, Ignatius Kaigama, before his confirmation acted as Co-adjutor for the Archdiocese of Abuja.
In a letter seen by PREMIUM TIMES on Saturday and signed by Sebastian Musa, it said Mr Kaigama’s appointment is to take effect from November 9.
“The Holy Father, Pope Francis has accepted the retirement of His Eminence, John Cardinal Olorunfemi Onaiyekan as Archbishop of the Catholic Archdiocese of Abuja and has appointed Archbishop Ignatius Ayau Kaigama as Archbishop of the Catholic Archdiocese of Abuja with effect from this announcement.
“May I humbly request that you kindly remember in your prayers our Archbishop Emeritus-John Cardinal 0. Onaiyekan Archbishop Ignatius A. Kaigama,” the letter reads.
Mr Kaigama a former President of the Catholic Bishops Conference, was until his recent appointment, the archbishop of Jos, a position he has occupied for the past 19 years.
Read also: Buhari govt waging war against media, Falana warns
Mr Kaigama is replacing Mr Onaiyekan after the cardinal reached 75 years in January. The mandatory retirement age for bishops in the Catholic church is 75.
Mr Onaiyekan was ordained Catholic Bishop of Abuja in 1994, four years after he became Coadjutor of the diocese in 1990.
His 61-year-old successor was ordained priest on June 6, 1981, and consecrated bishop on April 23, 1995.


|
Elektra
0.8.23
|
Elektra-Notification structures and declarations for developing notification and transport plugins. More...
Typedefs | |
| typedef int(* | ElektraNotificationPluginRegisterInt) (Plugin *handle, Key *key, int *variable) |
| Subscribe for automatic updates to a given integer variable when the given key value is changed. More... | |
| typedef int(* | ElektraNotificationPluginRegisterCallback) (Plugin *handle, Key *key, ElektraNotificationChangeCallback callback) |
| Subscribe for updates via callback when a given key value is changed. More... | |
| typedef struct _ElektraNotificationCallbackContext | ElektraNotificationCallbackContext |
| Context for notification callbacks. | |
| typedef void(* | ElektraNotificationCallback) (Key *key, ElektraNotificationCallbackContext *context) |
| Notify notification library of changes to a key. More... | |
| typedef void(* | ElektraNotificationOpenNotification) (Plugin *handle, KeySet *parameters) |
| Initialize plugin's notification capabilities. More... | |
| typedef void(* | ElektraNotificationCloseNotification) (Plugin *handle, KeySet *parameters) |
| Teardown plugin's notification capabilities. More... | |
Elektra-Notification structures and declarations for developing notification and transport plugins.
Only used by elektra-notification library, notification plugins (e.g. internalnotification) and transport plugins.
| typedef void(* ElektraNotificationCallback) (Key *key, ElektraNotificationCallbackContext *context) |
Notify notification library of changes to a key.
This callback is passed by elektraNotificationOpen
to plugins exporting a openNotification
function.
| key | changed key |
| context | context passed by ElektraNotificationOpenNotification |
| typedef void(* ElektraNotificationCloseNotification) (Plugin *handle, KeySet *parameters) |
Teardown plugin's notification capabilities.
Exported as "closeNotification" by transport plugins.
| handle | plugin handle |
| parameters | unused |
| typedef void(* ElektraNotificationOpenNotification) (Plugin *handle, KeySet *parameters) |
Initialize plugin's notification capabilities.
Exported as "openNotification" by transport plugins.
| handle | plugin handle |
| parameters | contains the keys "/callback" (ElektraNotificationCallback * ) and "/context" (ElektraNotificationCallbackContext *). |
| typedef int(* ElektraNotificationPluginRegisterCallback) (Plugin *handle, Key *key, ElektraNotificationChangeCallback callback) |
Subscribe for updates via callback when a given key value is changed.
| handle | plugin handle |
| key | key to watch for changes |
| callback | callback function |
| 1 | on success |
| 0 | on failure |
| typedef int(* ElektraNotificationPluginRegisterInt) (Plugin *handle, Key *key, int *variable) |
Subscribe for automatic updates to a given integer variable when the given key value is changed.
| handle | plugin handle |
| key | key to watch for changes |
| variable | integer variable |
| 1 | on success |
| 0 | on failure |


{# This is the main template file that all other files will be inherited # from. PLEASE DO NOT DELETE THIS FILE!!! #}


About New Year
New Year is the time or day at which a new calendar year begins and the calendar's year count increments by one.
Many cultures celebrate the event in some manner and the 1st day of January is often marked as a national holiday.
In the Gregorian calendar, the most widely used calendar system today, New Year occurs on January 1 (New Year's Day). This was also the case both in the Roman calendar (at least after about 713 BC) and in the Julian calendar that succeeded it.
Other calendars have been used historically in different parts of the world; some calendars count years numerically, while others do not.
During the Middle Ages in western Europe, while the Julian calendar was still in use, authorities moved New Year's Day, depending upon locale, to one of several other days, including March 1, March 25, Easter, September 1, and December 25. Beginning in 1582, the adoptions of the Gregorian calendar and changes to the Old Style and New Style dates meant the various local dates for New Year's Day changed to using one fixed date, January 1.


My name is De Aunte Hall I was born in Seattle Wa. One thing that I LOVE is halloween. This is a picture I took one year as Pablo Escobar. I'm also really into big wheel bmx, I like to go on "Ride Outs" through the city when ever possible.
My hobbies include weight lifting and riding BMX 29" bikes. I was also really into breakdancing and sports throughout high school and in my early 20's. I was one of the founding members and a professional dancer for the world famous Massive Monkees.
Before I was looking to become a developer, I was a personal trainer for several years. Being a trainer had it's perks but it also had its down falls:
I want to challenge myself to learn valuable skills that will allow me to have impact. I can build things from scracth that people all over the world use on a day to day basis.


SHANGHAI NOON (director: Tom Dey; screenwriter: Alfred Gough/Miles Millar; cinematographer: Dan Mindel; editor: Richard Chew; cast: Jackie Chan (Chon Wang), Owen Wilson (Roy O'Bannon), Lucy Liu (Princess Pei Pei), Brandon Merrill (Indian Wife), Roger Yuan (Lo Fong), Xander Berkeley (Van Cleef), Rong Guang Yu (Imperial Guards), Cui Ya Hi (Imperial Guards), Eric Chi Cheng Chen (Imperial Guards), Walton Goggins (Wallace), Jason Connery (Andrews), Russell Badger (Sioux chief), 2000)
Reviewed by Dennis Schwartz
This is a winning madcap comedy, enhanced by the mercurial pairing of Jackie Chan with Owen Wilson, featuring a fluid script and some irrespressible comedy routines. Though the plot of the film revisits familiar territory, of the rescue of the princess tale, and the idea of a buddy movie, where characters who are opposites must mesh together. But, what overcomes that familiarity, is the energy and chemistry the two co-stars have and their ability to look good on-the-screen together. Jackie Chan is Chon Wang -- if you say it fast it sounds like John Wayne -- a screw up in the Imperial Guard in the Forbidden City of China in 1881, while Owen Wilson is Roy O' Bannon, a non-stop talking, screw up bandit, who robs trains in the Wild West.
Princess Pei Pei (Lucy Liu) refuses to marry the 12-year-old emperor, whom she says reminds her of a toad. When her American tutor (Connery) offers to smuggle her out of China to Carson City, Nevada, she accepts, but it is a hoax, as she ends up being kidnapped by a renegade Imperial Guardsman whom the American acted for, Lo Fong (Roger Yuan). He holds her for a king's ransom in gold and makes her into a slave with the other Chinese he keeps around so that the Americans can have cheap labor to build the railroad.
The Emperor sends three of his best Imperial Guards to exchange her for the gold, but Chon Wang, having a secret crush on the princess, talks his way into going along to carry their bags. Out West, their train gets robbed by the O'Bannon gang and Chon gets separated from the other Imperial Guards. While in the woods, trying to figure how to get to Carson City, he saves a Sioux Indian boy from the Crow through his ability in the martial arts, and the chief rewards him with a squaw (Brandon Merrill) and the Indian name of "Man-Who-Fights-In-Dress."
Still resolved to find the princess, he meets Roy O' Bannon again, and the two somehow end up in jail together, and make a shaky pact to be partners -- with Chon only interested in rescuing the princess, while Roy is pretending to be interested in her, but really is interested only in the gold. After they escape from jail, a ruthless and corrupt sheriff, Van Cleef (Xander Berkeley), who rides with a posse after the wanted desperadoes, tracks them down, and a series of comically inspired shootouts, a spoofing of the traditional Western and of Lee Van Cleef's spaghetti Westerns, and a chance for Jackie Chan's martial arts thing to develop full blast, which all take place with much zest and a surprising amount of wit (not sophisticated but the lowbrow kind).
Shanghai invests more time in comedy than in martial arts, using the odd-couple relationship between Chon and Roy to its maximum comic advantage.  Though not all the comedy works, the scenes of Owen in the whorehouse were stale and offered the lowest kind of vulgarian humor. But there is something inexplicable about the stars that make this film effective and able to overcome its triteness. It was better than what I expected from a Jackie Chan Hollywood film, and credit must be given to first-time director Tom Dey for making the film so appealing and so people friendly. It should prove well in the box office, probably reaching past its targeted teenage audience, and after all, this is a business film...whose purpose is the bottom line.
REVIEWED ON 5/31/2000 GRADE: B-
Dennis Schwartz: "Ozus' World Movie Reviews"
http://www.sover.net/~ozus
<EMAIL_ADDRESS>© ALL RIGHTS RESERVED DENNIS SCHWARTZ
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


src/app/modules/forms/forms.module.ts
import { NgModule } from '@angular/core';
import { CommonModule } from '@angular/common';
import { DefiFormErrorsComponent } from './form-errors/form-errors.component';
import { DefiDebounceInputDirective } from './directives/debounceInput.directive';
import { DefiValidatorsDirective } from './directives/validators.directive';
import { DefiShowPasswordDirective } from './directives/showPassword.directive';
@NgModule({
imports: [
CommonModule
],
declarations: [
DefiFormErrorsComponent,
DefiDebounceInputDirective,
DefiValidatorsDirective,
DefiShowPasswordDirective,
],
exports: [
DefiFormErrorsComponent,
DefiDebounceInputDirective,
DefiValidatorsDirective,
DefiShowPasswordDirective,
]
})
export class DefiFormsModule { }


WITNESS LIST Appropriations Committee March 12, 2001-1:00P Budget On: Bowen, Ray (Texas A&M University) Burck, Dan (The University of Texas System) Calvert, Stanton (Texas A&M University System) Gaston, Jerry (Texas A&M University System) Hines, Charles (Prairie View A&M University) Urbanovsky, Lamar (Texas State University System)


Company profile - Canadian Company Capabilities
Third-Party Information Liability Disclaimer
Some of the information on this Web page has been provided by external sources. The Government of Canada is not responsible for the accuracy, reliability or currency of the information supplied by external sources. Users wishing to rely upon this information should consult directly with the source of the information. Content provided by external sources is not subject to official languages, privacy and accessibility requirements.
CVE Inc
Mailing Address:
200-1900 Merivale RdNEPEAN, Ontario
K2G 4N4
Location Address:
200-1900 Merivale RdNEPEAN, Ontario
K2G 4N4
Tel.:<PHONE_NUMBER>
Tel.:<PHONE_NUMBER>
Fax:<PHONE_NUMBER>
Company Profile
CVE Inc. is a professional Medical, Occupational, Vocational, and Employment service provider assisting in the Rehabilitation of individuals in Eastern South Eastern and Northern Ontario, as well as Western Quebec. Our team is devoted to reducing the personal, social and financial cost of injury, disability or illness to all individuals involved. Our dedication and proactive approach to you and to our programs and services, reflect our determination to achieve our common goals.
Full profile
Full profile
Contact information
Company description
541690 - Other Scientific and Technical Consulting Services
541910 - Marketing Research and Public Opinion Polling
561310 - Employment Placement Agencies and Executive Search Services
611690 - All Other Schools and Instruction
Product / Service / Licensing
Discharge Planning
A determination of services and equipment required by an individual upon discharge through evaluation and liaison with the social worker and other hospital staff.
Assessment of Pre and Post-Accident Activities (N.L.A)
An evaluation of an individual's ability and competency through performance and the description of his or her life activities prior to and following a motor vehicle accident (M.V.A).
Case Management
The progressive and individualized coordination of services in order to ensure that the required services are implemented. Includes:
Individualized home visits.
Liaison with physicians for continued care.
Monitoring existing services.
Ensuring that the client attend medical and other appointments as appropriate.
Developing and implementing rehabilitation plan.
Coordination of Functional Capacity Evaluation (F.C.E)
The gathering and organization of information for a timely functional capacity evaluation (F.C.E).
Coordination of Independent Medical Examination (I.M.E). / Insurer's Examination (I.E.)
Determination of the best resource for an I.M.E or an I.E and coordination of the assessment. Includes evaluation of the report and recommendations.
Coordination of Designated Assessment Center (D.A.C.) Assessments
Completion of forms and consolidation of entire medical records which is then forwarded to the designated assessment centre (D.A.C).
Review and Collection of Medical and Vocational Documentation
The gathering of information about the individual prior to, during, and following the evaluation. Includes:
Referral information.
Social and work history.
Medical, psychological and psycho-social information.
Program goals and plans.
Test results.
Services to be provided.
Signed reports and notations.
Notes from case conferences.
Termination decision.
Final report findings and recommendations.
 May include the creation of medical - legal documentation for claim settlement.
Development of Return-to-Work Plans
Monitoring the individual's progress, providing and recommending necessary equipment when needed as well as maintaining liaisons with other health professionals, union, and/or employers regarding alternative or modified work.
OCCUPATIONAL THERAPY
Physical Demands Analysis (P.D.A)
A systematic and objective procedure that measures the physical strength, and endurance required to perform a specific job or a cluster of related jobs.
Functional Capacity Evaluation (F.C.E)
A standardized process that measures an individual's physical tolerance. The evaluation considers sitting, standing, walking, climbing, kneeling and other relevant physical activities and how they may affect his or her ability to perform work tasks.
Job-Site Analysis and Job Modification (Ergonomic Assessments)
Involves the gathering, evaluating, and recording of objective, and complete data on a work environment to develop recommendations that optimize an employee's ability to perform his or her work tasks. Recommendations may include environmental adaptations, adaptive equipment and devices, job process modification, or other ergonomic considerations.
Education and Training
In a one on one or group setting, discussion topics can be on one of the following but not limited to:
Energy Conservation.
Pacing Techniques.
Proper Body Mechanics.
Relaxation Techniques.
Home Safety.
Sleep Hygiene.
Activity Modification.
Stress Management.
Normal Life Activities
An assessment of an individual's level of pre and post-accident ability to perform their activities of daily living, geared to promote a safe and timely return to the pre-accident level of functioning.
Home Safety Assessment (Discharge Planning)
An assessment of an individual's ability to safely manage self-care and mobility tasks within the home environment. Includes:
Architectural barriers and safety risks.
The home or post-discharge residence.
Attendant care needs (Form 1).
Equipment and assistance recommendations to promote safety and independence.
Home Site Modification
An assessment of the home environment to identify potential architectural modifications and accommodations in order to promote an individual's safety and independence. Includes the coordination of modifications with a licensed contractor, if needed.
Modified and Graduated Return-to-Work Programs
The coordination of a program to help an individual reintegrate into gainful employment. May include a gradual increase of work hours and duties to promote a successful return-to-work following injury or illness.
 May include the creation of medical - legal documentation for claim settlement.
Coordination of Independent Medical Examination (I.M.E.) / Insurer's Examination (I.E.)
The facilitation of referrals for an I.M.E or I.E. Includes the scheduling of appointments and the compilation of comprehensive referral documentation.
File Review
Review of the information obtained about the individual prior to, during, and following evaluations. Includes:
Referral information and questions.
Social and work history.
Medical, psychological and psycho-social information.
Program goals and plans.
Test results.
Services to be provided.
Signed reports and notations.
Notes from case conferences.
The termination decision.
Final report findings and recommendations.
VOCATIONAL MANAGEMENT
Case Management
The coordination of services in order to ensure the clients progress through the rehabilitation process. Includes case reviews at regular intervals.
Evaluation
Process that systematically uses real or simulated work for assessment and vocational exploration purposes, in order to assist individuals in their vocational development. Begins with an interview to determine vocational potential, i.e. is the person a suitable applicant for a return-to-work program? If vocational services are appropriate, what jobs could this individual perform?. Includes the incorporation of medical, psychological, social, vocational, educational, cultural, and economic data. Identifies suitable employment alternatives, potential for training, and recommendations for return-to-work and includes screening and selection testing.
Transferable Skills Analysis
A process of developing a profile of an individual's occupational and educational history and identifying traits and skills that can be used in alternative occupations.
Counseling and Planning
The process of advising an individual regarding his or her vocational assets and liabilities when choosing a suitable occupation, assisting in the formulation of realistic return-to-work goals, and providing personal support through the return-to-work process. Consideration is given to motivation, medical and psychological condition, education, training, work history, and areas of interest.
Labour Market Research
The investigation of existing jobs and more specifically their appropriateness given the following:
Individual's transferable skills and residual functional capacity.
Salary range.
Hiring trends and their geographic component.
Employment availability.
Qualifications that may be needed.
Job specifications.
Growth potential / future outlook.
EMPLOYMENT SERVICES
Active Job Search
A program that assists individuals with organizing and developing productive job searching skills. Includes:
Goal setting.
Identification of job skills.
Résumé and cover letters.
Interview preparation.
Support prior to and following job interviews.
Intensive Job Search Training IJST
An ideal program for job ready individuals that covers every aspect of job searching in a period of four (4) weeks. Includes:
Assistance in dealing with change of employment.
Goal setting, employment research, identifying hidden skills, confidence building.
Cover letter, résumé, interviewing preparation, cold calls, proper telephone skills.
Information session and assistance with job search resources (i.e. internet, newspapers, job banks, networking, etc.).
Active job search and interview support.
Placement
Research of appropriate job leads using a variety of client and specialist resources in order to establish employer contacts that will assist the client in finding suitable employment. Includes:
Assessment of placement readiness.
Development of an individualized placement plan.
Job seeking, on the job, and follow up training/support to increase success of placement.
Résumé, cover letter, and interview preparation.
Placement within an organization that will allow for maximum re-integration.
Review and assessment of occupations and if need be, recommendations for possible job task modifications for a successful return-to-work outcome.
Community Based Work Hardening
A work oriented treatment process that is individualized and performed within the setting of an actual work environment. The tasks involved to perform the particular job duties are structured and graded to progressively increase physical tolerances, stamina, endurance, and productivity utilizing our Employment and Occupational Therapy departments with the eventual outcome being a successful return to the workforce.
Employment Planning
Involves establishing steps to employment including exploration of training requirements, establishment of goals and supported labour market research.
Job Coaching
Individualized one-on-one assistance within job placement that includes, but is not limited to travel training, skill training at job site, ongoing assessment, and long-term assessment.
Third-Party Information Liability Disclaimer
Some of the information on this Web page has been provided by external sources. The Government of Canada is not responsible for the accuracy, reliability or currency of the information supplied by external sources. Users wishing to rely upon this information should consult directly with the source of the information. Content provided by external sources is not subject to official languages, privacy and accessibility requirements.
Contacts
Contact information
Description
Company description
541690 - Other Scientific and Technical Consulting Services
541910 - Marketing Research and Public Opinion Polling
561310 - Employment Placement Agencies and Executive Search Services
611690 - All Other Schools and Instruction
Products, services and licensing
Product / Service / Licensing
Discharge Planning
A determination of services and equipment required by an individual upon discharge through evaluation and liaison with the social worker and other hospital staff.
Assessment of Pre and Post-Accident Activities (N.L.A)
An evaluation of an individual's ability and competency through performance and the description of his or her life activities prior to and following a motor vehicle accident (M.V.A).
Case Management
The progressive and individualized coordination of services in order to ensure that the required services are implemented. Includes:
Individualized home visits.
Liaison with physicians for continued care.
Monitoring existing services.
Ensuring that the client attend medical and other appointments as appropriate.
Developing and implementing rehabilitation plan.
Coordination of Functional Capacity Evaluation (F.C.E)
The gathering and organization of information for a timely functional capacity evaluation (F.C.E).
Coordination of Independent Medical Examination (I.M.E). / Insurer's Examination (I.E.)
Determination of the best resource for an I.M.E or an I.E and coordination of the assessment. Includes evaluation of the report and recommendations.
Coordination of Designated Assessment Center (D.A.C.) Assessments
Completion of forms and consolidation of entire medical records which is then forwarded to the designated assessment centre (D.A.C).
Review and Collection of Medical and Vocational Documentation
The gathering of information about the individual prior to, during, and following the evaluation. Includes:
Referral information.
Social and work history.
Medical, psychological and psycho-social information.
Program goals and plans.
Test results.
Services to be provided.
Signed reports and notations.
Notes from case conferences.
Termination decision.
Final report findings and recommendations.
 May include the creation of medical - legal documentation for claim settlement.
Development of Return-to-Work Plans
Monitoring the individual's progress, providing and recommending necessary equipment when needed as well as maintaining liaisons with other health professionals, union, and/or employers regarding alternative or modified work.
OCCUPATIONAL THERAPY
Physical Demands Analysis (P.D.A)
A systematic and objective procedure that measures the physical strength, and endurance required to perform a specific job or a cluster of related jobs.
Functional Capacity Evaluation (F.C.E)
A standardized process that measures an individual's physical tolerance. The evaluation considers sitting, standing, walking, climbing, kneeling and other relevant physical activities and how they may affect his or her ability to perform work tasks.
Job-Site Analysis and Job Modification (Ergonomic Assessments)
Involves the gathering, evaluating, and recording of objective, and complete data on a work environment to develop recommendations that optimize an employee's ability to perform his or her work tasks. Recommendations may include environmental adaptations, adaptive equipment and devices, job process modification, or other ergonomic considerations.
Education and Training
In a one on one or group setting, discussion topics can be on one of the following but not limited to:
Energy Conservation.
Pacing Techniques.
Proper Body Mechanics.
Relaxation Techniques.
Home Safety.
Sleep Hygiene.
Activity Modification.
Stress Management.
Normal Life Activities
An assessment of an individual's level of pre and post-accident ability to perform their activities of daily living, geared to promote a safe and timely return to the pre-accident level of functioning.
Home Safety Assessment (Discharge Planning)
An assessment of an individual's ability to safely manage self-care and mobility tasks within the home environment. Includes:
Architectural barriers and safety risks.
The home or post-discharge residence.
Attendant care needs (Form 1).
Equipment and assistance recommendations to promote safety and independence.
Home Site Modification
An assessment of the home environment to identify potential architectural modifications and accommodations in order to promote an individual's safety and independence. Includes the coordination of modifications with a licensed contractor, if needed.
Modified and Graduated Return-to-Work Programs
The coordination of a program to help an individual reintegrate into gainful employment. May include a gradual increase of work hours and duties to promote a successful return-to-work following injury or illness.
 May include the creation of medical - legal documentation for claim settlement.
Coordination of Independent Medical Examination (I.M.E.) / Insurer's Examination (I.E.)
The facilitation of referrals for an I.M.E or I.E. Includes the scheduling of appointments and the compilation of comprehensive referral documentation.
File Review
Review of the information obtained about the individual prior to, during, and following evaluations. Includes:
Referral information and questions.
Social and work history.
Medical, psychological and psycho-social information.
Program goals and plans.
Test results.
Services to be provided.
Signed reports and notations.
Notes from case conferences.
The termination decision.
Final report findings and recommendations.
VOCATIONAL MANAGEMENT
Case Management
The coordination of services in order to ensure the clients progress through the rehabilitation process. Includes case reviews at regular intervals.
Evaluation
Process that systematically uses real or simulated work for assessment and vocational exploration purposes, in order to assist individuals in their vocational development. Begins with an interview to determine vocational potential, i.e. is the person a suitable applicant for a return-to-work program? If vocational services are appropriate, what jobs could this individual perform?. Includes the incorporation of medical, psychological, social, vocational, educational, cultural, and economic data. Identifies suitable employment alternatives, potential for training, and recommendations for return-to-work and includes screening and selection testing.
Transferable Skills Analysis
A process of developing a profile of an individual's occupational and educational history and identifying traits and skills that can be used in alternative occupations.
Counseling and Planning
The process of advising an individual regarding his or her vocational assets and liabilities when choosing a suitable occupation, assisting in the formulation of realistic return-to-work goals, and providing personal support through the return-to-work process. Consideration is given to motivation, medical and psychological condition, education, training, work history, and areas of interest.
Labour Market Research
The investigation of existing jobs and more specifically their appropriateness given the following:
Individual's transferable skills and residual functional capacity.
Salary range.
Hiring trends and their geographic component.
Employment availability.
Qualifications that may be needed.
Job specifications.
Growth potential / future outlook.
EMPLOYMENT SERVICES
Active Job Search
A program that assists individuals with organizing and developing productive job searching skills. Includes:
Goal setting.
Identification of job skills.
Résumé and cover letters.
Interview preparation.
Support prior to and following job interviews.
Intensive Job Search Training IJST
An ideal program for job ready individuals that covers every aspect of job searching in a period of four (4) weeks. Includes:
Assistance in dealing with change of employment.
Goal setting, employment research, identifying hidden skills, confidence building.
Cover letter, résumé, interviewing preparation, cold calls, proper telephone skills.
Information session and assistance with job search resources (i.e. internet, newspapers, job banks, networking, etc.).
Active job search and interview support.
Placement
Research of appropriate job leads using a variety of client and specialist resources in order to establish employer contacts that will assist the client in finding suitable employment. Includes:
Assessment of placement readiness.
Development of an individualized placement plan.
Job seeking, on the job, and follow up training/support to increase success of placement.
Résumé, cover letter, and interview preparation.
Placement within an organization that will allow for maximum re-integration.
Review and assessment of occupations and if need be, recommendations for possible job task modifications for a successful return-to-work outcome.
Community Based Work Hardening
A work oriented treatment process that is individualized and performed within the setting of an actual work environment. The tasks involved to perform the particular job duties are structured and graded to progressively increase physical tolerances, stamina, endurance, and productivity utilizing our Employment and Occupational Therapy departments with the eventual outcome being a successful return to the workforce.
Employment Planning
Involves establishing steps to employment including exploration of training requirements, establishment of goals and supported labour market research.
Job Coaching
Individualized one-on-one assistance within job placement that includes, but is not limited to travel training, skill training at job site, ongoing assessment, and long-term assessment.


Sequences are used to define expectations that must occur in the order in which they appear in the test code. A test can create more than one sequence and an expectation can be part of more than once sequence at a time.
To define a new sequence:
final Sequence sequence-name = context.sequence("sequence-name");
final Sequence sequence-name = sequence("sequence-name");
final Sequence sequence-name = context.sequence("sequence-name");
JMock can auto-instantiate Sequences to reduce boilerplate code.
To expect a sequence of invocations, write the expectations in order
and add the inSequence(sequence)
clause to each
one. For example:
oneOf (turtle).forward(10); inSequence(drawing); oneOf (turtle).turn(45); inSequence(drawing); oneOf (turtle).forward(10); inSequence(drawing);
Expectations in a sequence can have any invocation count. If an expectation in a sequence is allowed, rather than expected, it can be skipped in the sequence.


[CHAPTER 279A
STATEWIDE TRANSPORTATION PLANNING]
Section
279A-1 Statement of purpose
279A-2 Statewide transportation plan
279A-3 Financial plan
279A-4 Statewide transportation council; establishment
279A-5 Preparation of budget
279A-6 Work program
279A-7 Statewide transportation council; responsibilities
279A-8 Oahu metropolitan planning organization; effect on
funding
279A-9 Limitation of transportation units


VENUS BEAUTY INSTITUTE (Vénus beauté (institut)) (director/writer: Tonie Marshall; screenwriters: Mario Vernoux/Jacques Audiard; cinematographers: Gérard De Battista/Eric Brun/Stéphane Degnieau; editors: Jean- Jacques Ferran and Eric Thomas; cast: Nathalie Baye (Angèle), Bulle Ogier (Nadine), Samuel Le Bihan (Antoine), Jacques Bonnaffé (Jacques), Mathilde Seigner (Samantha), Claire Nebout (Madame Buisse), Robert Hossein (Aviator, Mr. Lachenay), Audrey Tautou (Marie); Runtime: 105; Lot 47 Films; 1999-France)
Reviewed by Dennis Schwartz
A bittersweet romantic comedy, French style. The one thing this film has going for it, is Nathalie Baye in the starring role. She's been around as a star ever since her 1973 role in Truffaut's "Day for Night" and Bob Swaim's well-received "La Balance" (1982); Godard's 1979 Every Man for Himself made her an international star. But, she has hardly had American recognition because most of her over 50-films were not released in the States. Here she stars as Angèle, an attractive forty-year-old beautician working in the titled Parisian salon. She has a life history of one-night stands because she's afraid of looking for love and getting dumped on, as she once was when she was more trustful of men. This became a very popular French film winning France's César awards for best picture, best director, best young actress and best screenplay.
The film opens with Angèle, at a train station café, talking about future plans with her much younger lover, who seems disinterested.  She's so hurt by this that she makes a public scene, shouting curses at him and threatening to stalk him. Watching this take place is a young bearded sculptor, Antoine (Le Bihan), who becomes fascinated with her and stalks her.
In this romantic comedy, the two destined lovers must overcome all the emotional barriers that separate them before their romance could be fully tested. As is the custom in a French film of this kind, love is the most important thing in the world. The film keys in on the working class girl, who is concerned about aging and being alone. She has to put aside her personal troubles and sell beauty to the varied women and few men clients who open the salon door with the harp sounding chimes and are inundated by the blue and pink surroundings, and all sorts of beauty products and services for facials, massages, tanning (a Madame Buisse (Claire Nebout) comes in without anything on under her trench coat - and walks around nude before entering the tanning booth), or the various other cosmetic services offered as 'feel good' treatments. The salon is used as a metaphor for how women are deceived into thinking they can change their surface appearances and find happiness through something as superficial as cosmetics. It's also their one place of relaxing and living with the lies they tell themselves, as they use this place as a retreat from their real life problems.
Angèle is a good listener and offers friendly advice to her pampered clients. She is trusted by the elegant business-oriented salon owner, Nadine (Ogier), and is even encouraged by her to open up her own salon, and she forms a workplace friendship with her two other much younger workers. The sexually active Samantha (Seigner) is ready to pack it in and become a nurse, as she keeps falling in and out of love and is not happy where she's at. While the very young and naive Marie (Tautou-Cesar winner), is content in her job. She is gently wooed by a lonely, rich widowed pilot (Hossein). He had a crippling accident which caused him to have his wife's thigh skin grafted onto him and that is the reason he comes into the salon daily so as to preserve the skin. He gives her jewelry gifts and demands nothing in return, but Marie doesn't mind pleasing him. Angèle is just a little puzzled why he didn't choose her.
At first, we don't know what to make of Antoine, whether he's a psycho or just a drifter, as his straggly appearance is not appealing to Angèle. When he catches up with her in a coffee shop after stalking her at her salon, he comes on so strong that it's either a bit frightening or weirdly comical. He tells her: "I can't stop thinking of you -- I love you so much."
 He tells her the truth about breaking up with his beautiful young fiancee, and turns out to be an intelligent and sensitive person; this makes Angèle rethink her attitude about avoiding a true love affair.
In her confused state she still clings to her former boyfriend, whom she doesn't love but she still needs around to console her, the facially scarred, so-called loser, Jacques (Bonnaffé). She also shows how she can waltz into a restaurant alone and pick out the most attractive man, albeit a married one, sit down with him, talk nonsense and go for a quick bang shortly afterwards.
The beauty in this film is in the way Baye interprets her character's many moods and of how she lives with the mental pain that she suffers from, but still is a lively person who is capable of finding what joy there is in her life while also maintaining a friendly, non-competitive relationship with her clients and fellow workers.
It's a sexy French romp into familiar territory, with characters who don't tell us much about what's inside them. But, "Venus..." is able to remain pleasantly atmospheric until the nonsensical melodramatic climax, when its charmed life runs out of charm.
There's nothing new uncovered about relationships here, in fact the main relationship is more absurd than real. But Nathalie Baye is able to carry off this fantasy romance story further than it deserved to go, and for that alone it's worth a look.
REVIEWED ON 6/21/2001 GRADE: C
Dennis Schwartz: "Ozus' World Movie Reviews"
http://www.sover.net/~ozus
<EMAIL_ADDRESS>© ALL RIGHTS RESERVED DENNIS SCHWARTZ
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Install Git on your computer and configure your name and email.
Git is free open source software (the source code is public) written by Linus Torvalds who also wrote the Linux operating system's kernel.
Git is a program for keeping track of changes over time, known in programming as version control. If you've used a track changes feature in a text editing software then you're already familiar with the concept!
We recommend installing Git on your computer by downloading the GitHub Desktop app. We'll not use the desktop app in Git-it (we're learning terminal!) but it includes Git and is the easiest way to install Git on all platforms in the same way.
Already have Git or not sure? Type git --version
in your terminal and if it returns a version number
higher than 1.7.10
, you're set! For more information, visit the Git
website.
The GitHub Desktop app can do a lot of things with Git but not all, which is why learning the terminal is important. But once you've got that down, you'll be glad to have the desktop app because it organizes your project's information more visually, like the GitHub website.
Git on its own isn't like other programs on your computer. You'll likely not see an icon on your desktop, but it will always be available to you and you'll be able to access it at anytime from your terminal or Git desktop applications.
Once GitHub Desktop (and therefore Git) is installed, open your terminal. You can verify that Git is really there by typing:
git --version
This will return the version of Git on your computer and look something like this:
git version 1.9.1
Next, configure Git so it knows to associate your work to you:
Set your name:
git config --global user.name "Your Name"
Now set your email:
git config --global user.email<EMAIL_ADDRESS>You're done with your first challenge! Click the 'Verify' button to check the challenge.
Dollar signs $
are often used in programming documentation to signify that the line is command
line code (see the code snippets above). You don't actually type the $
in though, only
type what comes after.


{% extends "base.html" %} {% block content %}
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Eclipse Foundation
Tags
eclipse,java,ide,recommenders,ecf,communication,development,rcp,orion,javascript,c/c++
Eclipse Foundation
Years
2009,2010,2011,2012,2013,2014
Tags
eclipse,java,ide,recommenders,ecf,communication,development,rcp,orion,javascript,c/c++


Preparation time
less than 30 mins
Cooking time
10 to 30 mins
Serves
Serves 4-8
This wonderful seafood dish is traditionally made with scampi. Langoustine would be closest, but large prawns work well. In this case don’t even think about shelling them before cooking – the joy is in sucking the juices out of the shells.
Pour 70ml/2½fl oz of the olive oil in a frying pan and set over medium-high heat. Add the garlic and shallots.
When they are sizzling, stir in the tomato paste, chopped tomatoes, chilli flakes, saffron and ½ teaspoon of the salt. Cook for 5 minutes, stirring constantly to prevent the shallots and garlic burning, then add the wine and cook for a further minute.
Add 100ml/3½fl oz water and the remaining salt, bring to the boil. Stir, then reduce the heat and let the sauce simmer and reduce for 20 minutes.
Meanwhile, pour the remaining olive oil in another frying pan and set over a high heat. When the pan is really hot, fry the prawns for a minute, then remove from the heat.
With the sauce still bubbling, add the fried prawns and coat them well. Season well with black pepper, and add a tablespoon of the breadcrumbs. Use more crumbs if the sauce is too thin.
Cook for a further 2 minutes then turn off the heat. Drizzle over a little more olive oil. Sprinkle with parsley and serve immediately with crusty bread.


Class that dynamically manages output streams that write out sets of sequences. More...
Public Member Functions | |
| OutputStreams (seqan::CharString base, seqan::SeqIOFileFormat_::Type format, bool compress) | |
| Constructor for the OutputStreams object. Prepares the file extension which will be used for all streams created by this object and saves a base directory path. | |
| template<typename TKey , typename TMap > | |
| bool | exists (TKey &key, TMap &map) |
| Checks whether a key exists in a std::map. More... | |
| void | addStream (seqan::CharString fileName, int id) |
| Add a new output streams to the collection of streams. More... | |
| void | addStreams (seqan::CharString fileName1, seqan::CharString fileName2, int id) |
| Add a new output streams to the collection of streams. More... | |
| template<typename TMap , typename TNames > | |
| void | updateStreams (TMap &map, TNames &names, bool pair) |
| This method takes a vector of numbers and checks if these numbers are already associated with a stream. If not, a new stream is added and the opened file is named according to the list of names. One or two files are created. More... | |
| template<typename TIds , typename TSeqs , typename TMap , typename TNames > | |
| void | writeSeqs (TIds &ids, TSeqs &seqs, TMap &map, TNames &names) |
| Writes the sets of ids and sequences to their corresponding files. More... | |
| template<typename TIds , typename TSeqs , typename TMap , typename TNames > | |
| void | writeSeqs (TIds &ids1, TSeqs &seqs1, TIds &ids2, TSeqs &seqs2, TMap &map, TNames &names) |
| Writes the sets of ids and sequences to their corresponding files. Overload for writing paired-end sequence sets. More... | |
| ~OutputStreams () | |
| Destructor of the object holding the output streams. Needed to destroy the streams properly after they have been created with new. | |
Class that dynamically manages output streams that write out sets of sequences.
|
inline |
Add a new output streams to the collection of streams.
| fileName | The name of the first file that will be created. |
| id | The associated id that will be used to identify the stream. |
|
inline |
Add a new output streams to the collection of streams.
| fileName1 | The name of the first file that will be created. |
| fileName2 | The name of the second file that will be created. |
| id | The associated id that will be used to identify the pair of streams. |
|
inline |
Checks whether a key exists in a std::map.
|
inline |
This method takes a vector of numbers and checks if these numbers are already associated with a stream. If not, a new stream is added and the opened file is named according to the list of names. One or two files are created.
| map | The list of IDs for which the existence of a file should be checked. |
| names | The list of names to be used when creating new files. |
| pair | Indicates whether one or two (a pair of files) should be created. |
|
inline |
Writes the sets of ids and sequences to their corresponding files.
| ids | A list of sets of sequence IDs. (As returned by readRecord etc.) |
| seqs | A list of sets of sequences. |
| map | A mapping of the sets of sequences to their corresponding output streams. |
| names | Names to be used when creating new streams. |
|
inline |
Writes the sets of ids and sequences to their corresponding files. Overload for writing paired-end sequence sets.
| ids1 | A list of sets of forward sequence IDs. (As returned by readRecord etc.) |
| seqs1 | A list of sets of forward sequences. |
| ids2 | A list of sets of backward sequence IDs. (As returned by readRecord etc.) |
| seqs2 | A list of sets of backward sequences. |
| map | A mapping of the sets of sequences to their corresponding output streams. |
| names | Names to be used when creating new streams. |