EVER AFTER 1998 A film review by Timothy Voon Copyright 1999 Timothy Voon 3 out of 4 for Cinderella behind the fairy tale
Director: Andy Tennant Cast: Drew Barrymore, Anjelica Huston, Dougray Scott, Patrick Godfrey, Megan Dodds, Melanie Lynskey Screenplay: Susannah Grant, Andy Tennant, Rick Parks
In an odd, but ever charming retelling of a dramatised version of the Cinderella story, gone is the fairy Godmother, mice and pumpkin, but remaining is an intelligent, witty Cinder girl (Drew Barrymore), who reads her father's copy of UTOPIA in her spare time. Present still is the wicked stepmother (Angelica Huston) and two sisters – one evil and the other not. One may expect that this story may not go down well with audiences because it strays too far from the original fairy tale, but it carries with it, such odd charm that one cannot help but smile and like it. For example, the friendly banter between the strong-willed, thoughtful Danielle (Cinderella) and her depressed, disillusioned prince brings out much humour. For once we are shown why they get along and are attracted to one another, although not initially. This fairs better than the romanticised versions of the same tale, which presume that they fall in love, just because they're both good looking. Although at times the dialogue wavers between 17th and 20th century English, this is easily overlooked and is not so much an annoyance but instead unintentionally funny. This story of a French prince who finds his match in a commoner may be far fetched, but at least it leaves us with hope that behind every fairy tale, lies a true story, ever after.
Timothy Voon e-mail<EMAIL_ADDRESS>Movie Archives http://us.imdb.com/M/reviews_by?Tim+Voon Movies In Melbourne http://www.labyrinth.net.au/~pfowler/week/movies.html
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Related links: index of all rec.arts.movies.reviews reviews


Japanese example: ご飯が熱い。
According to the MDN blockquote page:
The HTML
<blockquote>
Element (or HTML Block Quotation Element) indicates that the enclosed text is an extended quotation.
The quote element — <q>
— is intended
for short quotations that don't require paragraph breaks.
--
MDN q page.


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MoveToCode
|
Utility class to make input recording service accessible through game objects. More...
Public Member Functions | |
| void | ToggleRecording () |
| Toggle input recording. More... | |
| void | SaveRecordedInput () |
| Export recorded input. More... | |
Public Attributes | |
| UnityEvent | OnRecordingStarted = new UnityEvent() |
| Event raised when input recording is started. More... | |
| UnityEvent | OnRecordingStopped = new UnityEvent() |
| Event raised when input recording is stopped. More... | |
Utility class to make input recording service accessible through game objects.
Hook up buttons to the public functions to start and stop recording input.
| void Microsoft.MixedReality.Toolkit.UI.InputRecordingControls.SaveRecordedInput | ( | ) |
Export recorded input.
This will only save recorded input after recording has been stopped.
| void Microsoft.MixedReality.Toolkit.UI.InputRecordingControls.ToggleRecording | ( | ) |
Toggle input recording.
| UnityEvent Microsoft.MixedReality.Toolkit.UI.InputRecordingControls.OnRecordingStarted = new UnityEvent() |
Event raised when input recording is started.
| UnityEvent Microsoft.MixedReality.Toolkit.UI.InputRecordingControls.OnRecordingStopped = new UnityEvent() |
Event raised when input recording is stopped.


{% extends "base.html" %} {% block main_content %}
Insert info about privacy.
Short version: if you click the button below, you are agreeing to let this application access your fitbit data. Distance information will be shared with all users on the same quest as you. No other information is saved or shared.
I agree {% endblock %}


Match Play. Red trails 0-3 to 5. How should Red play 52?
pips Red=110 White=139
(CorrectAnswer= 0/0, ErrorScore= 0)
Two on the bar is better by far, so the saying goes. However, sayings are not always accurate and this is one instance. Red wins 75% of the time whichever move he chooses and he also wins 60% gammons with all three candidate plays. It might surprise some that the non-hitting play 9/2 wins the same gammon percentage.
The difference comes in the losses – he loses twice as many gammons after either of the hitting plays. The solid 9/2 gives him the same winning percentages without the risk and is therefore the correct play.
Both the hitting plays are errors (just).
The difference comes in the losses – he loses twice as many gammons after either of the hitting plays. The solid 9/2 gives him the same winning percentages without the risk and is therefore the correct play.
Both the hitting plays are errors (just).
1. Cubeful 2-ply 9/2 Eq.: +1.332 0.756 0.584 0.007 - 0.244 0.058 0.004 2. Cubeful 2-ply 15/10* 9/7 Eq.: +1.300 (-0.032) 0.744 0.577 0.009 - 0.256 0.083 0.009 3. Cubeful 2-ply 15/10* 8/6 Eq.: +1.291 (-0.041) 0.737 0.582 0.008 - 0.263 0.092 0.014 4. Cubeful 2-ply 15/10*/8 Eq.: +1.212 (-0.120) 0.727 0.539 0.008 - 0.273 0.079 0.007 5. Cubeful 0-ply 15/13 14/9 Eq.: +0.788 (-0.544) 0.609 0.405 0.005 - 0.391 0.109 0.007


The sequence of ubiquitin is highly conserved form protozoan to vertebrates. In most species there are many genes coding for UB, which can be divided into two classes: class 1 produce poly-UB molecules consisting of a variable number of head-to-tail repeats of UB, while class 2 produces proteins consisting of a single copy of UB fused to a C-terminal extension protein (CEP), which is usually a ribosomal protein. In addition, several UB-like molecules (Ubls) have been identified. These Ubls can be can be divided into two subclasses: type 1 Ubls such as SUMO1 and NEDD8 are small in size and can be ligated to target proteins in much the same many as UB, while type 2 Ubls contain UB-like structure in a variety of different classes of large proteins, such s Rad23, Elongin B and Parkin.
InterPro Domain Architecture
|
InterPro Entry |
Method Accession |
Graphical Match |
Method Name |
|
IPR000626 |
PF00240 |
ubiquitin |
|
|
IPR000626 |
PR00348 |
UBIQUITIN |
|
|
IPR000626 |
PS00299 |
|
UBIQUITIN_1 |
|
IPR000626 |
PS50053 |
|
UBIQUITIN_2 |
|
IPR000626 |
SM00213 |
|
UBQ |
|
|
SWISS‑MODEL Entry
|
SWISS‑MODEL Prediction
|
|
|
|
P42739 |
|
|
From the graphical match above, you can see that the signatures (method accession) are all from one InterPro entry, IPR000626 for Ubiquitin. This entry represents not only UB, but also any protein that contains a homologous UB-like domain, such as Parkin, IkBb kinase, neddylin (NEDD8), Rad23, Bat3, and Dsk2, amongst others. As such, this entry represents the ubiquitin “domain”, where the ubiquitin monomer consists of this domain on its own. There are five signatures representing this domain: PF00240 from the PFAM database, PR00348 from the PRINTS database, PS00299 and PS50053 from the PROSITE database, and SM00213 from the SMART database. Most of these signatures represent the full length of the ubiquitin domain, except for PS00299, which is based on conserved positions in the central section of the sequence.
There are no structures for this ubiquitin molecule in the Protein Data Bank (PDB), although there are several structures for proteins containing UB-like domains. However, InterPro provides a prediction of the structure of ubiquitin in the form of a SWISS-MODEL homology model. It should be noted that the SWISS-MODEL data must be considered with care, because the results of any modelling procedure is predictive.
There are structures available in PDB for proteins containing ubiquitin-like domains. A detailed description and visualisation of the structural features of ubiquitin based on this data can be found at PDB ‘Molecule of the Month’.


To generate your own eyeball crying pick-up line, select a category below. We hope you don't get your crush!
Animals is the right choice.
You like food? These pick-up lines will make you hungrier.

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Registering a Custom Renderer with a Render Kit
When the application developer creates a custom renderer, as described in Delegating Rendering to a Renderer, you must register it using the appropriate render kit. Because the image map application implements an HTML image map, the AreaRenderer and MapRenderer classes in the Duke's Bookstore case study should be registered using the HTML render kit.
You register the renderer either by using the @FacesRenderer annotation, as described in Creating the Renderer Class, or by using the render-kit element of the application configuration resource file. Here is a hypothetical configuration of AreaRenderer:
<render-kit> <renderer> <component-family>Area</component-family> <renderer-type>DemoArea</renderer-type> <renderer-class> dukesbookstore.renderers.AreaRenderer </renderer-class> <attribute> <attribute-name>onmouseout</attribute-name> <attribute-class>java.lang.String</attribute-class> </attribute> <attribute> <attribute-name>onmouseover</attribute-name> <attribute-class>java.lang.String</attribute-class> </attribute> <attribute> <attribute-name>styleClass</attribute-name> <attribute-class>java.lang.String</attribute-class> </attribute> </renderer> ...
Attributes specified in a renderer tag override any settings in the @FacesRenderer annotation.
The render-kit element represents a RenderKit implementation. If no render-kit-id is specified, the default HTML render kit is assumed. The renderer element represents a Renderer implementation. By nesting the renderer element inside the render-kit element, you are registering the renderer with the RenderKit implementation associated with the render-kit element.
The renderer-class is the fully qualified class name of the Renderer.
The component-family and renderer-type elements are used by a component to find renderers that can render it. The component-family identifier must match that returned by the component class’s getFamily method. The component family represents a component or set of components that a particular renderer can render. The renderer-type must match that returned by the getRendererType method of the tag handler class.
By using the component family and renderer type to look up renderers for components, the JavaServer Faces implementation allows a component to be rendered by multiple renderers and allows a renderer to render multiple components.
Each of the attribute tags specifies a render-dependent attribute and its type. The attribute element doesn’t affect the runtime execution of your application. Instead, it provides information to tools about the attributes the Renderer supports.
The object that is responsible for rendering a component (be it the component itself or a renderer to which the component delegates the rendering) can use facets to aid in the rendering process. These facets allow the custom component developer to control some aspects of rendering the component. Consider this custom component tag example:
<d:dataScroller> <f:facet name="header"> <h:panelGroup> <h:outputText value="Account Id"/> <h:outputText value="Customer Name"/> <h:outputText value="Total Sales"/> </h:panelGroup> </f:facet> <f:facet name="next"> <h:panelGroup> <h:outputText value="Next"/> <h:graphicImage url="/images/arrow-right.gif" /> </h:panelGroup> </f:facet> ... </d:dataScroller>
The dataScroller component tag includes a component that will render the header and a component that will render the Next button. If the renderer associated with this component renders the facets, you can include the following facet elements in the renderer element:
<facet> <description>This facet renders as the header of the table. It should be a panelGroup with the same number of columns as the data </description> <display-name>header</display-name> <facet-name>header</facet-name> </facet> <facet> <description>This facet renders as the content of the "next" button in the scroller. It should be a panelGroup that includes an outputText tag that has the text "Next" and a right arrow icon. </description> <display-name>Next</display-name> <facet-name>next</facet-name> </facet>
If a component that supports facets provides its own rendering and you want to include facet elements in the application configuration resource file, you need to put them in the component’s configuration rather than the renderer’s configuration.


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quantum
Contents
2.5. quantum#
Some very limited notes on quantum computing
what does physics tell us about the limits of computers?
NP - can check soln in polynomial time
NP-hard - if solved, solves every NP
NP-complete - NP hard and in NP
church-turing thesis \(\implies\) turing machine polynomial time should be best possible in the universe
physics could allow us to do better than a turing machine
examples
glass plates with soapy water - forms minimum steiner tree
can get stuck in local optimum
ex. protein folding
ex. relativity computer
leave computer on earth, travel at speed of light for a while, come back and should be done
if you want exponential speedup, need to get exponentially close to speed of light (requires exponential energy)
ex. zeno’s computer - run clock faster (exponentially more cooling = energy)
2.5.1. basics#
An n-bit computer has 2^n states and is in one of them with probability 1. You can think of it as having 2^n coefficients, one of which is 0 and the rest of which are 1. Operations on it are multiplying these coefficients by stochastic matrices. Only produces n bits of info.
an n-qubit quantum computer is described by 2^n complex coefficients. The sum of their squares sums to 1. It’s 2^n complex coefficients must be multiplied by unitary matrices (they preserve that the sum of the squares add up to 1.)
Problem: Decoherence – results from interaction with the outside world
Properties:
Superposition – an object is in more than one state at once
Has a percentage of being in both states
Entanglement – 2 particles behave exactly the opposite – instantly
2.5.2. storing qubits#
Fullerenes – naturally found in Precambrian rock, reasonable for storing qubits – can store
not developed, but some experiments have shown ability to store qubits for milliseconds
2.5.3. intro#
probability with minus signs
amplitudes - used to calculate probabilites, but can be negative / complex
applications
quantum simulation
also could factor integers in polynomial time (shor 1994)
scaling up is hard because of decoherence= interaction between cubits and outside world
error-correcting codes can make it so we can still work with some decoherence
algorithms
paths that lead to wrong answer - quantum amplitudes cancel each other out
for right answer, quantum amplitudes in phase (all positive or all negative)
prime factorization is NP but not NP complete
unclear that quantum can solve all NP problems
Grover’s algorithm - with quantum computers, something like you can only use sqrt of number of steps
adiabatic optimization - like quantum simulated annealing, maybe can solve NP-complete problems
dwave - company made ~2000 cubit machine
don’t maintain coherence well
algorithms for NP-complete problems may not work
hope: quantum tunneling can get past local maximum in polynomial time maybe
empircally unclear if this is true
quantum supremacy - getting quantum speedup for something, maybe not something useful
2.5.4. maxwell’s demon#
second law of thermodynamics: entropy is always increasing
hot things transfer heat to cold things
temperature is avg kinetic energy - particles follow a diistribution of temperature
separate 2 samples (one hot, one cold) with insulator
idea: demon makes all fast particles go to hot side, all slow particles go to slow side - this is against entropy
demon controls door between the samples
-
demon opens door whenever high temperature particle comes from cold sample, then closes
demon opens door for slow particles from hot sample, then closes
problem: demon has to track all the particles (which would generate a lot of heat)
2.5.5. quantum probability#
based on this blog post
marginal prob. loses information but we don’t need to


flx2col Performs color mapping for caculated flux values and normalizes them based on maximum and minimum flux values in the input data. This function uses following inputs: 1- BoxCol: RGB code entered by user for background color of each box 2- flx : Contains flux values in form of: 2-1 A 2D matrix, in which each column represents flux values for each state of one certain species/model (i.e. dynamic state of a certain model extracted from COBRA Toolbox). In this situation flx may contain various columns, indicating different circumstances of a certain species. 2-2 A 2D matrix, in which each column represents flux valuse for each state of two different species/models (similarly, from COBRA Toolbox). In this situation, if a dynamic comparison between two species/models is performed, the number of flx columns must be even. 2-3 A column vector. This situation is similar to case 1-1, but in static state. 3- Cm : A colormap based on MATLAB built-in colormaps. 4- I : The output of imread, containing RGB values of KEGG map pixels. 5- k, m : Column and row indices, respectively. 6- idx : Coordinates of each enzyme box on a KEGG map image, extracted from corresponding KGML file 7- idw : Width of each box corresponding to idx, extracted from KGML file 8- Tempx : Indicates the height of each box which should be colored 9- Thresh: Threshold for each flux value, which lower than this threshold the box will be left blank, suggesting that the flx value is near zero.
0001 function I = flx2col(BoxCol,flx,Cm,I,k,flxMax,flxMin,m,idx,idw,Tempx,Thresh) 0002 % flx2col 0003 % Performs color mapping for caculated flux values and normalizes them based on 0004 % maximum and minimum flux values in the input data. 0005 % This function uses following inputs: 0006 % 1- BoxCol: RGB code entered by user for background color of each box 0007 % 2- flx : Contains flux values in form of: 0008 % 2-1 A 2D matrix, in which each column represents flux values for 0009 % each state of one certain species/model (i.e. dynamic state 0010 % of a certain model extracted from COBRA Toolbox). In this 0011 % situation flx may contain various columns, indicating different 0012 % circumstances of a certain species. 0013 % 2-2 A 2D matrix, in which each column represents flux valuse for 0014 % each state of two different species/models (similarly, from 0015 % COBRA Toolbox). In this situation, if a dynamic comparison 0016 % between two species/models is performed, the number of flx 0017 % columns must be even. 0018 % 2-3 A column vector. This situation is similar to case 1-1, but in 0019 % static state. 0020 % 3- Cm : A colormap based on MATLAB built-in colormaps. 0021 % 4- I : The output of imread, containing RGB values of KEGG map pixels. 0022 % 5- k, m : Column and row indices, respectively. 0023 % 6- idx : Coordinates of each enzyme box on a KEGG map image, extracted 0024 % from corresponding KGML file 0025 % 7- idw : Width of each box corresponding to idx, extracted from KGML 0026 % file 0027 % 8- Tempx : Indicates the height of each box which should be colored 0028 % 9- Thresh: Threshold for each flux value, which lower than this threshold 0029 % the box will be left blank, suggesting that the flx value is 0030 % near zero. 0031 0032 % O. Jamialahmadi 0033 % TMU, Chem. Eng. Dept., Biotech. Group 0034 % Feb. 2015 0035 % Modified: Lines 70-78 for zero carrying fluxes 0036 % ========================================================================= 0037 0038 % Normalization of color indices in Cm, Red for highest flux and 0039 % Blue for lowest flux. 0040 flx = abs(flx); 0041 % flxMax=max(abs(flx(:,k))); 0042 % flxMin=min(abs(flx(:,k))); 0043 % if flxMax==flxMin % One row (i.e. for 1 rxn) 0044 % flxMax=max(abs(flx(m,:))); 0045 % flxMin=min(abs(flx(m,:))); 0046 % end 0047 flxSl=(size(Cm,1)-1)./(flxMax-flxMin); 0048 if isinf(flxSl) % in case of flxMax == flxMin 0049 flxSl = 1e15.*(size(Cm,1)-1); 0050 end 0051 Mcm=ceil((flx(m,k)-flxMax).*flxSl+size(Cm,1)); 0052 Tempy=(round(idx(m)+1):round(idx(m)+idw(m)-1)); 0053 if flxMax > 0 0054 [x1,y1]=find(I(Tempx,Tempy,1)==0 & I(Tempx,Tempy,2)==0 & I(Tempx,Tempy,3)==0); 0055 Tempy1=round(idx(m)+1):round(idx(m)+(flx(m,k)*idw(m))./flxMax-1); 0056 Tempy2=round(idx(m)+(flx(m,k)*idw(m))./flxMax)-1:(idx(m)+idw(m)-1); 0057 [x2,y2]=find(I(Tempx,Tempy1,1)==0 & I(Tempx,Tempy1,2)==0 & I(Tempx,Tempy1,3)==0); 0058 I(Tempx,Tempy1,1)=Cm(Mcm,1); 0059 I(Tempx,Tempy1,2)=Cm(Mcm,2); 0060 I(Tempx,Tempy1,3)=Cm(Mcm,3); 0061 if isempty(BoxCol) % Default color 0062 I(Tempx,Tempy2,1)=169;%Dark gray for background of each box 0063 I(Tempx,Tempy2,2)=169; 0064 I(Tempx,Tempy2,3)=169; 0065 else % User defined color 0066 I(Tempx,Tempy2,1)=BoxCol(1); 0067 I(Tempx,Tempy2,2)=BoxCol(2); 0068 I(Tempx,Tempy2,3)=BoxCol(3); 0069 end 0070 end 0071 if abs(flx(m,k))< Thresh % Threshold for considering a flux = 0 0072 if isempty(BoxCol) % Default color 0073 for g1=1:length(x1) 0074 I(Tempx(x1(g1)),Tempy(y1(g1)),:)=169; 0075 end 0076 else 0077 I(Tempx,Tempy,1)=BoxCol(1); 0078 I(Tempx,Tempy,2)=BoxCol(2); 0079 I(Tempx,Tempy,3)=BoxCol(3); 0080 end 0081 else 0082 for g1=1:length(x2) 0083 I(Tempx(x2(g1)),Tempy1(y2(g1)),1)=Cm(Mcm,1); 0084 I(Tempx(x2(g1)),Tempy1(y2(g1)),2)=Cm(Mcm,2); 0085 I(Tempx(x2(g1)),Tempy1(y2(g1)),3)=Cm(Mcm,3); 0086 end 0087 end 0088 end


WindowEvent()
语法
Event = WindowEvent()概要
Checks if an event has occurred on any of the opened windows.
参数
无.
返回值
The next event from the event queue and or zero if there are no more events. Unlike WaitWindowEvent() it doesn't wait for the next event - it always returns immediately.
This makes it useful for window event loops, where other processing needs to be done without waiting for an event to happen (e.g. Network transactions) and therefore WaitWindowEvent() can't be used.
It must be handled with care though if used on a continuing basis, because unlike WaitWindowEvent(), it will not give CPU time to other programs while waiting for an event and therefore consume all CPU power. In this case, either Delay() should be used somewhere in the loop or WaitWindowEvent() with a small timeout value.
To get the window number in which the event occurred, use the EventWindow() function.
Possible Events are :#PB_Event_Menu : a menu has been selected #PB_Event_Gadget : a gadget has been pushed #PB_Event_SysTray : an icon in the systray zone was clicked #PB_Event_Timer : a timer has reached its timeout #PB_Event_CloseWindow : the window close gadget has been pushed #PB_Event_Repaint : the window content has been destroyed and must be repainted (useful for 2D graphics operations) #PB_Event_SizeWindow : the window has been resized #PB_Event_MoveWindow : the window has been moved #PB_Event_MinimizeWindow : the window has been minimized #PB_Event_MaximizeWindow : the window has been maximized #PB_Event_RestoreWindow : the window has been restored to normal size (either from a minimum or maximum size) #PB_Event_ActivateWindow : the window has been activated (got the focus) #PB_Event_DeactivateWindow: the window has been deactivated (lost the focus) #PB_Event_WindowDrop : a Drag & Drop operation was finished on a window #PB_Event_GadgetDrop : a Drag & Drop operation was finished on a gadget #PB_Event_RightClick : a right mouse button click has occurred on the window. This can be useful to display a popup menu #PB_Event_LeftClick : a left mouse button click has occurred on the window #PB_Event_LeftDoubleClick : a left mouse button double-click has occurred on the windowA basic example for event handling can be found in the WaitWindowEvent() description.
备注
After a #PB_Event_WindowDrop or #PB_Event_GadgetDrop Event, the event functions of the Drag & Drop library can be used to examine and read the dropped data.
Important: The window event loop should not be processed in a thread, as there is some limitation on OS X and Linux. 调试器错误将被提高。
Correct way to handle an infinite WindowEvent() loop:Repeat Event = WindowEvent() If Event ; An event was in the queue so process it .... Else Delay(1) ; No event, let the others apps get some CPU time too ! EndIf Until Event = #PB_Event_CloseWindowImportant: The 'Delay' shouldn't be put after each event, because when lot of events will come (like refresh, gadgets updates etc..) the app will wait between each event. So the delay need to be put when no events are received. Other (recommened) ways is to use WaitWindowEvent() with a small timeout value, or setup a timer with AddWindowTimer().
Important: If you use a FlipBuffers() somewhere in your code, so the 'Delay(1)' is not necessary.
Example: n? With Gadget
If OpenWindow(0, 0, 0, 600, 100, "Position of the mouse on the window: ", #PB_Window_SystemMenu | #PB_Window_ScreenCentered) TextGadget(0, 10, 6, 200, 20, "") Repeat Event = WindowEvent() If Event <> 0 ; All events are treated, so we can display the coordinates of the mouse SetWindowTitle(0, "Position of the mouse on the window: " + Str(WindowMouseX(0)) + "," + Str(WindowMouseX(0))) Else Delay(1) ; Without a FlipBuffers(), Delay() frees the CPU for the multitasking EndIf Until Event = #PB_Event_CloseWindow EndIf
Example: n? With Gadget
If OpenWindow(0, 0, 0, 300, 30, "Position of the mouse on the desktop", #PB_Window_SystemMenu | #PB_Window_ScreenCentered) TextGadget(0, 10, 6, 200, 20, "") Repeat Event = WindowEvent() If Event = 0 ; No more events in the queue, so we can display the coordinates of the mouse SetGadgetText(0, "Coordinates: "+Str(DesktopMouseX())+","+Str(DesktopMouseY())) EndIf Delay(20) ; Without a FlipBuffers(), Delay() frees the CPU for the multitasking Until Event = #PB_Event_CloseWindow EndIf
Example: Without Gadgets (General case)
;Few variables BallX = 400 BallY = 200 BallSpeedY.f = 5 Gravitation.f = 2 ;Initialization If InitSprite() InitKeyboard() InitMouse() EndIf ;Window OpenWindow(0, 0, 0, 800, 600, "WindowEvent", #PB_Window_SystemMenu|#PB_Window_ScreenCentered) OpenWindowedScreen(WindowID(0), 0, 0, 800, 600) ;Ground Ground = CreateSprite(#PB_Any, 800, 30) StartDrawing(SpriteOutput(Ground)) Box(0,0,800,30,RGB(128, 0, 0)) StopDrawing() ;Ball Ball = CreateSprite(#PB_Any, 16, 16) StartDrawing(SpriteOutput(Ball)) Box(0,0,16,16,RGB(135, 206, 235)) Circle(8,8,8,RGB(255, 255, 0)) StopDrawing() ;Gauge Image = CreateImage(#PB_Any, 8, 8, 24, RGB(255, 255, 255)) *Buffer=EncodeImage(Image ,#PB_ImagePlugin_BMP) Gauge = CatchSprite(#PB_Any, *Buffer) ;Main Loop Repeat Repeat ;Window events ;==================================== ;Try all possibilities but only one at a time Event = WindowEvent() ; Animation ;Event = WaitWindowEvent() ; Blocking animation ;Event = WaitWindowEvent(1) ; Animation but a 1ms unnecessary delay and furthermore it's a ; bad way to program events because the queue is not empty Select Event Case #PB_Event_CloseWindow End EndSelect Until Event=0 FlipBuffers() ; ==> With WindowEvent(), FlipBuffers() frees the CPU for the multitasking so Delay(1) is not necessary ClearScreen(RGB(135, 206, 235)) ExamineKeyboard() ;Keyboard DisplaySprite(Gauge, 50, 570-BallY) ;Display the gauge ZoomSprite(Gauge, 20, 570) DisplaySprite(Ground, 0, 570) ;Display the ground DisplaySprite(Ball, BallX, BallY) ;Display the ball ;Ball Movement BallSpeedY = BallSpeedY + Gravitation BallY = BallY + BallSpeedY ;Management of the collision of the ball with the ground If SpriteCollision(Ball, BallX, BallY+16, Ground, 0, 570) BallY= 554 BallSpeedY = -BallSpeedY EndIf Until KeyboardPushed(#PB_Key_Escape)
参阅
WaitWindowEvent(), EventWindow(), EventGadget(), EventMenu(), EventTimer(), EventData(), EventType(), PostEvent(), BindEvent(), UnbindEvent()
已支持操作系统
所有


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- Operating System / version
- Browser and version
Including this information in a submission will help
us to test the problem and ensure that the bug is
both reproduced and corrected on the platforms / versions
that you are having issues with.
It doesn't matter how beautiful and "obvious" your fix is.
We have 10,000,000,000 things floating around the project
at any given moment and we will not immediately understand
why you are making changes.
Given that, it is very important to provide a meaningful
description with your pull requests that alter any code.
A good format for these descriptions will include three things:
1. Why: The problem you are facing (in as much detail as is
necessary to describe the problem to someone who doesn't
know anything about the system you're building)
2. What: A summary of the proposed solution
3. How: A description of how this solution solves the problem,
in more detail than item #2
4. Any additional discussion on possible problems this might
introduce, questions that you have related to the changes, etc.
Without at least the first 2 items in this list, we won't
have any clue why you're changing the code. The first thing
we'll ask, then, is that you add that information.
Google Groups
Get announcements for new releases, share your projects and ideas that are using DalekJS, and join in open-ended discussion that does not fit in to the Github issues list or StackOverflow Q&A. For help with syntax, specific questions on how to implement a feature using DalekJS, and other Q&A items, use StackOverflow.
IRC
I`ll try to hang out in the #dalekjs IRC channel as much as possible, if you have a question, need some help or information on how dalek will evolvein the future, please join us there. This is probably the way to get your question answered in the fastest way.
Trello
Every of daleks modules has its own trello board (You can find the links in the Documentation section, or in the modules README). This is used to track the current state of feature implementations, bug fixes & future plans.
Contributing
If you notice any problems with any documentation, please fix it and we'll get it merged as soon as we can. For small things like typos and grammar (which we know I'm terrible with), just click the "Edit this file" button and send in the pull request for the fix. For larger changes and big swaths of documentation changes, a regular pull request as outlined below is more appropriate.
See Github's documentation for pull requests.
Pull requests are by far the best way to contribute to
DalekJS. Any time you can send us a pull request with
the changes that you want, we will have an easier time
seeing what you are trying to do. But a pull request in
itself is not usually sufficient. There needs to be some
context and purpose with it, and it should be done
against specific branch.


BADBLOCKS
Section: Maintenance Commands (8)Updated: May 2010
Index Return to Main Contents
NAME
badblocks - search a device for bad blocksSYNOPSIS
badblocks [ -svwnf ] [ -b block-size ] [ -c blocks_at_once ] [ -e max_bad_blocks ] [ -d read_delay_factor ] [ -i input_file ] [ -o output_file ] [ -p num_passes ] [ -t test_pattern ] device [ last-block ] [ first-block ]DESCRIPTION
badblocks is used to search for bad blocks on a device (usually a disk partition). device is the special file corresponding to the device (e.g /dev/hdc1). last-block is the last block to be checked; if it is not specified, the last block on the device is used as a default. first-block is an optional parameter specifying the starting block number for the test, which allows the testing to start in the middle of the disk. If it is not specified the first block on the disk is used as a default.Important note: If the output of badblocks is going to be fed to the e2fsck or mke2fs programs, it is important that the block size is properly specified, since the block numbers which are generated are very dependent on the block size in use by the filesystem. For this reason, it is strongly recommended that users not run badblocks directly, but rather use the -c option of the e2fsck and mke2fs programs.
OPTIONS
- -b block-size
- Specify the size of blocks in bytes. The default is 1024.
- -c number of blocks
- is the number of blocks which are tested at a time. The default is 64.
- -e max bad block count
- Specify a maximum number of bad blocks before aborting the test. The default is 0, meaning the test will continue until the end of the test range is reached.
- -d read delay factor
- This parameter, if passed and non-zero, will cause bad blocks to sleep between reads if there were no errors encountered in the read operation; the delay will be calculated as a percentage of the time it took for the read operation to be performed. In other words, a value of 100 will cause each read to be delayed by the amount the previous read took, and a value of 200 by twice the amount.
- -f
- Normally, badblocks will refuse to do a read/write or a non-destructive test on a device which is mounted, since either can cause the system to potentially crash and/or damage the filesystem even if it is mounted read-only. This can be overridden using the -f flag, but should almost never be used --- if you think you're smarter than the badblocks program, you almost certainly aren't. The only time when this option might be safe to use is if the /etc/mtab file is incorrect, and the device really isn't mounted.
- -i input_file
- Read a list of already existing known bad blocks. Badblocks will skip testing these blocks since they are known to be bad. If input_file is specified as "-", the list will be read from the standard input. Blocks listed in this list will be omitted from the list of new bad blocks produced on the standard output or in the output file. The -b option of dumpe2fs(8) can be used to retrieve the list of blocks currently marked bad on an existing filesystem, in a format suitable for use with this option.
- -n
- Use non-destructive read-write mode. By default only a non-destructive read-only test is done. This option must not be combined with the -w option, as they are mutually exclusive.
- -o output_file
- Write the list of bad blocks to the specified file. Without this option, badblocks displays the list on its standard output. The format of this file is suitable for use by the -l option in e2fsck(8) or mke2fs(8).
- -p num_passes
- Repeat scanning the disk until there are no new blocks discovered in num_passes consecutive scans of the disk. Default is 0, meaning badblocks will exit after the first pass.
- -s
- Show the progress of the scan by writing out rough percentage completion of the current badblocks pass over the disk. Note that badblocks may do multiple test passes over the disk, in particular if the -p or -w option is requested by the user.
- -t test_pattern
- Specify a test pattern to be read (and written) to disk blocks. The test_pattern may either be a numeric value between 0 and ULONG_MAX-1 inclusive, or the word "random", which specifies that the block should be filled with a random bit pattern. For read/write (-w) and non-destructive (-n) modes, one or more test patterns may be specified by specifying the -t option for each test pattern desired. For read-only mode only a single pattern may be specified and it may not be "random". Read-only testing with a pattern assumes that the specified pattern has previously been written to the disk - if not, large numbers of blocks will fail verification. If multiple patterns are specified then all blocks will be tested with one pattern before proceeding to the next pattern.
- -v
- Verbose mode.
- -w
- Use write-mode test. With this option, badblocks scans for bad blocks by writing some patterns (0xaa, 0x55, 0xff, 0x00) on every block of the device, reading every block and comparing the contents. This option may not be combined with the -n option, as they are mutually exclusive.
- -X
- Internal flag only to be used by e2fsck(8) and mke2fs(8). It bypasses the exclusive mode in-use device safety check.
WARNING
Never use the -w option on a device containing an existing file system. This option erases data! If you want to do write-mode testing on an existing file system, use the -n option instead. It is slower, but it will preserve your data.The -e option will cause badblocks to output a possibly incomplete list of bad blocks. Therefore it is recommended to use it only when one wants to know if there are any bad blocks at all on the device, and not when the list of bad blocks is wanted.
AUTHOR
badblocks was written by Remy Card<EMAIL_ADDRESS>Current maintainer is Theodore Ts'o<EMAIL_ADDRESS>Non-destructive read/write test implemented by David Beattie<EMAIL_ADDRESS>badblocks is part of the e2fsprogs package and is available from http://e2fsprogs.sourceforge.net.SEE ALSO
e2fsck(8), mke2fs(8)
Index
This document was created by man2html, using the manual pages.
Time: 05:34:24 GMT, December 24, 2015


Mechanical Engineering & Computer Science
I was born in Switzerland, grew up in Mexico, and later moved to Miami, Florida. Eventually, I moved to Pasadena to attend Caltech, where I graduated with a B.S. in Mechanical Engineering and a focus on Computer Science. My professional interests lie in drones, robotics, and consumer electronics, which I pursue through both personal and professional projects. I'm currently living in Seattle, working as a Mechanical Engineer at Microsoft. If you would like to know more about my work, feel free to connect with me on LinkedIn or view my resume. When not working, I can be found climbing, playing soccer, eating good food, or reading a book


Key Permalink: ##(Copy Url)##
Key ID: ${record.key}
Key Code: ${record.code} Show
Key Mask: ${record.mask.mask}
Added:
User: ${record.owner.username}
Type: ${record.kind}
% if record.kind == 'Character' or record.kind == 'c':
Characters:
<%
x = 1
char_line = ""
for c in record.characters:
if c.alliance:
char_line += "
[" + c.alliance.short + "] " + c.name + ""
else:
char_line += "
" + c.name + ""
if x < len(record.characters):
x += 1
char_line += ", "
if not char_line.strip():
char_line = "None"
%>
${char_line}
% endif
Violation:
% if record.violation == "Character":
Character Security Violation. Help
% elif record.violation == "Kind":
Incorrect Key Type. Help
% elif record.violation == "Mask":
Insufficient Access Mask. Help
% else:
All clear!
% endif
Actions:
API Calls Enabled:
<%include file="brave.core.key.template.maskTable" args="type=record.kind, functions=record.mask.functionsAllowed()"/>


Marsupilami is a comic book created by André Franquin, first published on 31 January 1952 in the Franco-Belgian comics magazine Spirou. Since then it appeared regularly in the popular Belgian comics series Spirou et Fantasio until Franquin stopped working on the series in 1968 and the character dropped out soon afterward. In the late 1980s, the Marsupilami got its own successful spin-off series of comic albums, Marsupilami, written by Greg, Yann and Dugomier and drawn by Batem, launching the publishing house Marsu Productions. Later, two animated shows featuring this character, as well as a Sega Genesis video game and a variety of other merchandise followed. The asteroid 98494 Marsupilami is named in its honour.
The name is a portmanteau of the words marsupial, Pilou-Pilou (the French name for Eugene the Jeep, a character Franquin loved as a kid) and ami, French for friend. In 2013, Dupuis bought Marsu Productions and its characters, thereby allowing a new production of Spirou and Fantasio adventures including Marsupilami.
Marsupilami's adventures had been translated to several languages, like Dutch, German, Greek, Catalan, Spanish, Portuguese and several Scandinavian languages. More than three million albums of the Marsupilami series are claimed to have been sold by Marsu Productions.
One album of Spirou and Fantasio featuring Marsupilami, number 15, was translated to English by Fantasy Flight Publishing in 1995, although it is currently out of print. Plans on releasing number 16 ended halfway through the translation process, due to bad sales. In 2007, Egmont's subsidiary Euro Books translated albums number 4, 5, 7, 8, 9, 10, 11 and 14 for the Indian market.


Jack Dongarra opened the meeting by welcoming everyone and inviting everyone to introduce themselves. He then reviewed the ``rules of order'' for the first and second readings of proposals, as well as the voting procedures for the meeting. The strategy for dividing the attendees into breakout sessions was then discussed. A poll was taken to see how many attendees were interested in each of the proposed sessions.
It was decided that discussion of the ``BLAS Extensions'' and ``C Interface to the Legacy BLAS'' would be combined into one group. Discussion of the ``BLAS Lite/Thin'' and ``Environmental routines'' would similarly be combined.
It was then decided to have a brief discussion of the unified BLAS document, which was prepared by Puri and Sven over the past two days prior to the meeting. The structure/presentation of the document was a topic of lively debate. About half of the attendees preferred a unified document for the BLAST proposal instead of separate ``proposals'' or stand-alone chapters. The proposed document format (accepted by vote of the forum at the previous meeting) primarily contains separate chapters on functionality, language independent specifications, and language binding issues. Interleaved in these sections would be information pertaining to the sequential, sparse, parallel, etc. However, several attendees voiced concern at this interleaved proposal idea instead of self-contained chapters. Specifically, if a user or vendor is only interested in information pertaining to the sparse BLAS, he or she would still need to read the entire document. As the debate continued, it was decided to continue the discussion after the break-out sessions.
The following discussion groups met in the morning session:
After lunch, the following discussion groups met for the afternoon session:
At 3:00pm, a plenary presentation of the results of the day's break-out sessions occurred.
The BLAS Functionality session decided that the justification/priority column of the tables will be deleted and instead the justification for each routine will be included in the text of the document. The tables referring specifically to Sparse BLAS functionality will be deferred to the Sparse BLAS chapter/proposal. The first reading of the Functionality chapter/proposal will occur at the next meeting.
The Legacy BLAS session decided that the chapter/proposal will include the C interface to the BLAS, the Fortran90 interface to the BLAS, and the extensions to the BLAS. These latter two sections will be added to the Legacy BLAS chapter in order to increase the number of short-term deliverables, and will be available for a first reading at the next meeting. The ``Extensions'' list will be kept as short as possible. Vendors were asked to provide a list of BLAS extensions that they have incorporated into their optimized BLAS libraries in order to see some commonality of needs in the vendor's applications community. Multiple instance routines will not be included as part of the extensions to the BLAS, and will instead be discussed as part of the ``New BLAS'' in a separate section of the proposal. The C interface to the BLAS was also discussed section by section in preparation for the first reading later in the meeting. A ``row major'' and a ``column major'' interface will be provided, and character arguments will be handled as enumerated types. The only topics of contention were Section 5.1.4 ``Handling of complex data types'', and Section 5.1.5 ``Return values of complex functions''. Compatibility with the C9X standard effort was stressed.
When the Sparse BLAS chapter/proposal was addressed, a first reading of the document was suggested as their were no ``new'' decisions made at the break-out session, merely re-explaining of some previous design decisions, and some suggestions to make the presentation of the document clearer. This first reading suggestion was opposed as several attendees felt that the user interface issue had not been fully addressed. Thus, the language binding issue of free format or ``data neutral'' versus specific data formats for the user interface of the software was addressed. The ``data-neutral'' user level interface is not necessarily meant to replace the ``concrete routines'' that are already in place, but can be viewed as an opaque interface whereby someone else can implement their specific data formats. This is exactly what Iain Duff proposed with the User Level Sparse BLAS and the issue may be addressed (if there is interest).
The Language Bindings discussion centered on a handle-based language interface, whereby the software has an opaque ``data neutral'' interface and the user is free to choose the storage format or data distribution of his choice, and the software converts his format to the format used within the software. Concern was raised at the performance cost of this opaque interface at the low-level BLAS routines, as it would require the re-organization/redistribution of data that could be more costly than the operation itself. The forum attendees were divided on the issue of ``Do the majority of users want the option of a more opaque data-neutral interface or do they prefer to stay with more traditional storage formats?''
The BLAST Lite/Thin and Environmental Routines discussion was next addressed. It was decided that the BLAS Lite/Thin would be included in the ``Journal of Development'' appendix of the document until this standardization effort has achieved more maturity. Further study is needed on the issue of environmental routines.
The Interval BLAS session summarized the needs of the Interval BLAS community addressed in its proposal. Several attendees asked for applications that justify these needed operations. It was suggested that the Interval BLAS requires further development and maturation before it can be considered for inclusion in the document. At present the Interval BLAS discussion will be contained in the ``Journal of Development''.
The Parallel BLAS discussion re-addressed the issues of developing a standard for distributed-memory dense BLAS operations. It was suggested that to avoid confusion with threaded and shared-memory BLAS efforts, the effort should not be called Parallel BLAS, but instead distributed-memory BLAS. It was proposed that this effort should define a specific set of functionality needed for distributed-memory operations, and perhaps add functions for distribution parameter queries, divide-and-conquer task queue management, and data generation for input/output. There should be no alignment restrictions in the proposed routines, and a Cartesian or block-cyclic mapping plus replication should be supported for data distribution. (The document may say Cartesian, but a particular implementation may be restricted to a subset of general Cartesian.) The language binding issue of user interface was again discussed as some attendees felt that a specific data distribution should not be specified. It was further summarized that operations derived from the Functionality document are intra-context only, but general tools are provided to allow for expressing inter-context operations. This set of intra-context operations for general redistribution needs to be specified. Coherency and repeatability requirements need to also be addressed, as well as the issue of interoperability. In short, the interface to the distributed-memory BLAS should resemble the serial interface as closely as possible. As a result of the discussion, several attendees pointed out that we need to address the issue of thread-safety (repeatability) in the serial dense BLAS.
Jack Dongarra opened the morning session with a brief overview of the agenda for the day. A tentative date for the next meeting was first discussed, following by the first reading of the C interface to the BLAS section of the Legacy BLAS proposal/chapter, and finally the discussion of the organization/unification of the BLAS document.
The C Interface to the BLAS proposal was presented as a first reading. A formal vote was taken on each section of the document. Nine eligible voters were in attendance -- Univ. of Tenn., NAG, NIST, Cray, HP/Convex, Intel, NEC, Univ. of Houston, and Univ. of Notre Dame. A unanimous vote of all nine in favor of each section was produced, with only minor modifications suggested for various sections. It was proposed that Section 5.2 would become an appendix, a section would be produced on error-handling, and the prototypes from the header file would be included as an appendix.
Finally, the question of the presentation of the proposal document was again addressed. Concern was again raised for the user who is only interested in one aspect of the standard and must read the entire document. A straw vote was taken to ascertain if we should try to integrate the BLAST proposal into one unified document. Seventeen people were present for the vote. Six attendees voted in favor of the unified document instead of separate ``proposals'' or stand-alone chapters. This document (hereafter referred to as FORM A) primarily contains separate chapters on functionality, language independent specifications, and language binding issues. Interleaved in these sections would be information pertaining to the sequential, sparse, parallel, etc. Eight attendees voted in favor of the BLAS document with separate self-contained chapters (hereafter referred to as FORM B) for each of the various flavors of BLAS. Concern was raised for the difficulty of maintaining consistency throughout the document if chapters remain separate. Three attendees abstained from the straw vote.
Discussion continued and a formal vote was taken on the organization/format of the BLAS document. Ten eligible voters were present -- representing the Univ. of Tenn., NAG, NIST, Cray, HP/Convex, Intel, NEC, Univ. of Houston, Univ. of Notre Dame, and Mississippi State Univ.. Four attendees voted in favor of FORM A, and six attendees voted in favor of FORM B.
It was decided that a draft format for FORM B would be circulated in a timely manner.
A summary of the meeting was then provided by Jack Dongarra; he reviewed the tentative schedule for the next meeting, and thanked Shane Story and Intel Corporation for hosting the meeting.
Several of the BLAS chapters (Legacy BLAS, Functionality, and Sparse BLAS) may be ready for a first reading at the next meeting, and it was decided that several of the proposed BLAS additions are not developed enough to consider inclusion in the document as separate chapters, instead they will be included in the Appendix entitled ``Journal of Development'' until they are deemed mature enough to be included in the standardization effort. An issue that must be decided at the next meeting will be the language binding issue of an opaque ``data neutral'' user interface versus a specific pre-defined ``concrete'' interface for the specification of data formats in the Sparse BLAS and the specification of data distribution in the Parallel BLAS.
The ``Journal of Development'' for the BLAS Technical Forum contains proposals considered for the BLAS Forum but not included for any of several reasons, including:
In most cases it was felt that the features in this ``Journal of Development'' represented capabilities that should be considered. The BLAS Techinical Forum decided that these proposals should be preserved as input to a potential future BLAST Forum process.
The tentative date of the next forum meeting is:
and will be hosted by the University of Tennessee, with a preliminary deadline of November 19, 1997 for subgroup progress.
The meeting was then adjourned by Jack Dongarra at 12:30 PM.
Attendees list for the August 14-15, 1997 BLAST Forum Meeting
Puri Bangalore Miss. State Univ<EMAIL_ADDRESS>Susan Blackford Univ. of TN, Knoxville<EMAIL_ADDRESS>Andrew Chapman NEC Systems Laboratory<EMAIL_ADDRESS>Theresa Do Cray/SGI<EMAIL_ADDRESS>Jack Dongarra Univ. of TN / ORNL<EMAIL_ADDRESS>Roger Golliver Intel Bruce Greer Intel<EMAIL_ADDRESS>John Gunnels Univ. of TX, Austin<EMAIL_ADDRESS>Sven Hammarling NAG, UK<EMAIL_ADDRESS>Greg Henry Intel<EMAIL_ADDRESS>Chenyi Hu Univ. of Houston/Downtown<EMAIL_ADDRESS>Hsin-Ying Lin HP Convex Technology Ctr<EMAIL_ADDRESS>Andrew Lumsdaine Univ. of Notre Dame<EMAIL_ADDRESS>Kristi Maschhoff Tera Computers<EMAIL_ADDRESS>Antoine Petitet Univ. of TN<EMAIL_ADDRESS>Roldan Pozo NIST<EMAIL_ADDRESS>Jeremy Siek Univ. of Notre Dame<EMAIL_ADDRESS>Tony Skjellum Miss. State Univ<EMAIL_ADDRESS>Shane Story Intel<EMAIL_ADDRESS>Clint Whaley Univ. of TN, Knoxville<EMAIL_ADDRESS>Susan Blackford and Andrew Lumsdaine agreed to take minutes for the meetings.


Deadly football watch party shooting
At least 10 people shot, 4 killled
FRESNO, Cailf. - - Multiple people were shot in a deadly rampage at a football watch party in Fresno.
FRESNO, Cailf. - - Multiple people were shot in a deadly rampage at a football watch party in Fresno.


| 1 | /* | |
| 2 | * Licensed to the Apache Software Foundation (ASF) under one | |
| 3 | * or more contributor license agreements. See the NOTICE file | |
| 4 | * distributed with this work for additional information | |
| 5 | * regarding copyright ownership. The ASF licenses this file | |
| 6 | * to you under the Apache License, Version 2.0 (the | |
| 7 | * "License"); you may not use this file except in compliance | |
| 8 | * with the License. You may obtain a copy of the License at | |
| 9 | * | |
| 10 | * http://www.apache.org/licenses/LICENSE-2.0 | |
| 11 | * | |
| 12 | * Unless required by applicable law or agreed to in writing, | |
| 13 | * software distributed under the License is distributed on an | |
| 14 | * "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY | |
| 15 | * KIND, either express or implied. See the License for the | |
| 16 | * specific language governing permissions and limitations | |
| 17 | * under the License. | |
| 18 | */ | |
| 19 | package org.apache.empire.exceptions; | |
| 20 | ||
| 21 | import org.apache.empire.commons.ErrorType; | |
| 22 | import org.apache.empire.commons.StringUtils; | |
| 23 | ||
| 24 | public class ItemNotFoundException extends EmpireException | |
| 25 | { | |
| 26 | /** | |
| 27 | * Comment for serialVersionUID | |
| 28 | */ | |
| 29 | private static final long serialVersionUID = 1L; | |
| 30 | | |
| 31 | public static final ErrorType errorType = new ErrorType("error.itemNotFound", "The element {0} was not found."); | |
| 32 | | |
| 33 | public ItemNotFoundException(Object item) | |
| 34 | { | |
| 35 |
1
1. <init> : negated conditional → NO_COVERAGE |
super(errorType, new String[] { (item!=null) ? StringUtils.valueOf(item) : "{unknown}" } ); |
| 36 | } | |
| 37 | ||
| 38 | } | |
Mutations | ||
| 35 |
1.1 |


About Pat's Salmon Cookies
My name's Pat. I love Salmon cookies and have been coding, I mean baking them for at least a week now!
Locations:
Seattle: 1011 Washington Dr, Seattle Wa
Tokyo: 8675309 Godzilla LN, Tokyo, Japan
Dubai
Paris
Lima
Call our store now at<PHONE_NUMBER>!


Fast iterative thresholding sparse SVD, together with an initialization algorithm
| Version: | 1.0 |
| Published: | 2013-09-26 |
| Author: | Dan Yang |
| Maintainer: | Dan Yang <dyang at stat.rutgers.edu> |
| License: | GPL-2 | GPL-3 [expanded from: GPL (≥ 2)] |
| NeedsCompilation: | no |
| In views: | NumericalMathematics |
| CRAN checks: | ssvd results |
| Reference manual: | ssvd.pdf |
| Package source: | ssvd_1.0.tar.gz |
| Windows binaries: | r-devel: ssvd_1.0.zip, r-release: ssvd_1.0.zip, r-oldrel: ssvd_1.0.zip |
| OS X binaries: | r-release: ssvd_1.0.tgz, r-oldrel: ssvd_1.0.tgz |
Please use the canonical form https://CRAN.R-project.org/package=ssvd to link to this page.


If you wish, you can help us estimate your title's commercial value. We will not show this valuation to potentials buyers. We will only use it as a tool to fairly split revenues between titles for package deals. If you do not wish to do this valuation yourself, the Archipel team can do it for you. In any case, the final valuation will have to be validated between you and Archipel Content. If you have any questions about that, feel free to contact us and we'll be happy to clarify that for you.


--- layout: licenses title: Open-Source Libraries and Licenses headline: Open-Source Libraries and Licenses bodyclass: licenses ---
The framework has a number of third-party dependencies. We respect the licensing term of each library we rely on. Below is a full list of all dependencies along with their licenses, grouped by Spine artifact.


Boris Johnson using Brexit to sell out the NHS and our workers, claims Jeremy Corbyn
Tories are plotting 'Thatcherism on steroids' warns the Labour leader and plan to sell out the NHS to US Big Pharma
by Pippa Crerar, https://www.mirror.co.uk/authors/pippa-crerar/Jeremy Corbyn will tomorrow accuse Boris Johnson of “hijacking” Brexit as a cover for plans to sell out the NHS to US Big Pharma and roll back vital workers’ rights.
Labour believes the Prime Minister is plotting to use our Brussels split to deregulate the economy – knowing the public would never accept the damaging Thatcherite policies.
The party has put the threat the NHS faces in a trade deal with Donald Trump at the heart of its campaign ahead of the December 12 election.
The World Health Organisation says our £18billion annual drugs bill could rise to £45billion on US drug prices.
In a speech on Tuesday in the marginal Essex seat of Harlow, Labour leader Mr Corbyn will warn: “What Boris wants is to hijack Brexit to unleash Thatcherism on steroids. Johnson and the Leave campaign promised to rebuild our NHS. Johnson promised £350million a week for the NHS.
“Now we find £500million a week could be taken out and handed to drugs companies under his plans for a sell-out trade deal with Donald Trump.
“Thatcher’s attack on working people left scars that never healed. The Conservatives know they can’t win support for what they’re planning to do in the name of Thatcherism. So they’re trying to do it under the banner of Brexit.”
Mr Corbyn’s warning comes as an ICM poll suggests Labour is narrowing the gap on the Tories, on 31% and 38% respectively. The Libs are on 15% and the Brexit Party 9%.
Mr Johnson was last night accused of more NHS lies over a vow to build 40 hospitals – just six of which will go ahead at first. Carrie MacEwen, of the Academy of Medical Royal Colleges, said it was “disappointing” only six sites had cash.
And Shadow Health Secretary Jonathan Ashworth added: “How can Boris be trusted with our NHS when he can’t even fix the staffing crisis?”
The NHS has an estimated 100,000 NHS vacancies in England, including 43,000 nurses and 10,000 doctors.
Brexit has led to numbers of EU nurses and midwives registering here falling 90% since 2016.
Meanwhile, Sir Lindsay Hoyle succeeds John Bercow as the 158th Speaker of the Commons. The 62-year-old Labour MP, a deputy speaker for nine years, won in the fourth round of voting.


|
lwIP
2.1.3
Lightweight IP stack
|
#include "lwip/opt.h"
#include "lwip/def.h"
#include "lwip/udp.h"
#include "lwip/mem.h"
#include "lwip/memp.h"
#include "lwip/dns.h"
#include "lwip/prot/dns.h"
#include <string.h>
Data Structures | |
| struct | dns_query |
| struct | dns_answer |
| struct | dns_table_entry |
| struct | dns_req_entry |
Macros | |
| #define | DNS_RAND_TXID LWIP_RAND |
| #define | DNS_PORT_ALLOWED(port) ((port) >= 1024) |
| #define | DNS_MAX_TTL 604800 |
Functions | |
| void | dns_init (void) |
| void | dns_setserver (u8_t numdns, const ip_addr_t *dnsserver) |
| const ip_addr_t * | dns_getserver (u8_t numdns) |
| void | dns_tmr (void) |
| err_t | dns_gethostbyname (const char *hostname, ip_addr_t *addr, dns_found_callback found, void *callback_arg) |
| err_t | dns_gethostbyname_addrtype (const char *hostname, ip_addr_t *addr, dns_found_callback found, void *callback_arg, u8_t dns_addrtype) |
DNS - host name to IP address resolver.
| #define DNS_MAX_TTL 604800 |
DNS resource record max. TTL (one week as default)
| #define DNS_PORT_ALLOWED | ( | port | ) | ((port) >= 1024) |
Limits the source port to be >= 1024 by default
| #define DNS_RAND_TXID LWIP_RAND |
Random generator function to create random TXIDs and source ports for queries
| void dns_init | ( | void | ) |
Initialize the resolver: set up the UDP pcb and configure the default server (if DNS_SERVER_ADDRESS is set).
| void dns_tmr | ( | void | ) |
The DNS resolver client timer - handle retries and timeouts and should be called every DNS_TMR_INTERVAL milliseconds (every second by default).


--- layout: post icon: whatshot title: Samos Workshop - Uses of Open Data Within Government for Innovation and Efficiency detail: true lang: en ref: SharePSI-Samos ---
Share-PSI 2.0 network organizes a workshop "Uses of Open Data Within Government for Innovation and Efficiency." This workshop is hosted by the University of the Aegean on the island of Samos, Greece, and in conjunction with the 5th Samos Summit on ICT-enabled Governance, 30 June to 1 July, 2014.
The workshop is open to anyone interested in Open Data, however the participants are required to submit a short position paper by 13 April 2014.
Topics include, but are not limited to:
You can read the full call for participation on the Samos Workshop website.
Share-PSI 2.0 is the European network for the exchange of experience and ideas around implementing open data policies in the public sector. It brings together government departments, standards bodies, academic institutions, commercial organisations, trade associations and interest groups to identify what does and doesn't work, what is and isn't practical, what can and can't be expected of different stakeholders. The impetus for the Share PSI 2.0 Thematic Network is the revised European Directive on the Public Sector Information. The main activity of the network is to organise a series of workshops examining different aspects of PSI. In each workshop, the network partners with direct experience will present their case studies. The output of the workshops will be offered as input to the W3C Data on the Web Best Practices Working Group.
Share-PSI 2.0 is co-funded by the European Commission under the ICT Policy Support Programme (ICT PSP) as part of the Competitiveness and Innovation Framework Programme; Agreement no. 621012.
For more information please visit the Share-PSI 2.0 website.


This is a simple web application to download the pictures you have liked on Instagram!
This website has no affiliation in any way, shape, or form with Instagram.com or their associates.
Contact: alex.choulos@gmail.com


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Thanks
Created by DBFlute(AutoGenerator)


Preparation time
1-2 hours
Cooking time
30 mins to 1 hour
Serves
Makes 1 loaf
Dietary
Swirls of chocolate run through spiced dough – a great alternative to cake with a cuppa.
For this recipe you will need a 900g/2lb loaf tin.
For the dough, combine the milk, half the sugar and the yeast in a jug. Add the egg and lightly beat to combine.
In a large bowl, mix the flour, salt, cardamom and the remaining sugar until well combined. Add the milk mixture and combine. Knead in the bowl until you have a smooth dough.
Rub about 10g/¼oz of the butter onto a clean work surface. Tip the dough out and knead in another 20g/¾oz butter until well combined and the dough forms a smooth ball. Transfer the dough to a lightly buttered bowl and cover with cling film. Prove in a warm place until doubled in size.
For the glaze, heat the caster sugar and 112ml/3¾fl oz water in a saucepan. When the sugar has dissolved, set it aside to cool.
Tip the dough out onto the work surface and roll out into a rectangle approximately 26x35cm/10½x14in.
Spread the remaining butter on the dough and sprinkle over the chocolate and hazelnuts. Roll it up like a sausage and pinch the edges together to seal. Using a sharp knife, cut the dough lengthways to make two strands. Pinch the two pieces together at one end and then tightly braid together. Transfer to a loaf tin, cover with a proving bag and put in a warm place to prove until doubled in size.
Preheat the oven to 190C/170C Fan/Gas 5.
Whisk the egg yolk with 2 teaspoons water then brush onto the proved loaf.
Bake for 27 minutes, or until golden-brown. Leave to cool a little in the tin, then brush the sugar syrup onto the loaf. Remove from the tin and leave to cool completely on a wire rack.