Be Original. Original Wednesday frog memes are not banned, The two exact copies of these are just reposts. Reposts have always been against the rules. Edits of these are allowed.

A Danny devito sounds Great!
I am alone
Everything has gone Deutsche!
Chicken is best, prove me wrong
Please help me
It's a vicious cycle
I don't enjoy killing but when done righteously it's a chore like any other.

Why you should always read the LICENSE
"Refuses to comment"
It's tricky..
Developer's love hate relationship with unit tests
Hackerman
If only they knew
Microsoft developers be like
Seems like we stopped pushing code to our public GitHub repos? GitHub codepilot works 😂
Regexes
ngl, copilot memes are 🔥🔥
Two kinds of software interviewers
Stack Overflow is giga chad
The journey of an aerospace engineer in denial about his change of field.
Wow, How Maintainable
How to REGEX
Poor doctors…


Item 1
Item 2. This content may get obscured if another item overlaps it.(like after using explicit position of grid-item)
Item 3
Item 4


|
Graphitti
A toolkit/software architecture to ease creating high-performance neural network simulators
|
Classes | |
| struct | GrowthParams |
Public Member Functions | |
| virtual void | setupConnections (Layout *layout, IAllVertices *neurons, AllEdges *synapses) override |
| virtual void | loadParameters () override |
| virtual void | printParameters () const override |
| virtual bool | updateConnections (IAllVertices &neurons, Layout *layout) override |
| template<class Archive > | |
| void | save (Archive &archive) const |
| template<class Archive > | |
| void | load (Archive &archive) |
| void | printRadii () const |
| Prints radii. | |
| virtual void | updateSynapsesWeights (const int numVertices, IAllVertices &vertices, AllEdges &synapses, Layout *layout) override |
| Public Member Functions inherited from Connections | |
| virtual | ~Connections () |
| Destructor. | |
| shared_ptr< AllEdges > | getEdges () const |
| Returns shared pointer to Synapses/Edges. | |
| shared_ptr< EdgeIndexMap > | getEdgeIndexMap () const |
| Returns a shared pointer to the EdgeIndexMap. | |
| void | createEdgeIndexMap () |
| Calls Synapses to create EdgeIndexMap and stores it as a member variable. | |
| void | createSynapsesFromWeights (const int numVertices, Layout *layout, IAllVertices &ivertices, AllEdges &isynapses) |
Static Public Member Functions | |
| static Connections * | Create () |
Public Attributes | |
| GrowthParams | growthParams_ |
| structure to keep growth parameters | |
| int * | spikeCounts_ |
| spike count for each epoch | |
| int | radiiSize_ |
| radii size | |
| CompleteMatrix * | W_ |
| synapse weight | |
| VectorMatrix * | radii_ |
| neuron radii | |
| VectorMatrix * | rates_ |
| spiking rate | |
| CompleteMatrix * | delta_ |
| distance between connection frontiers | |
| CompleteMatrix * | area_ |
| areas of overlap | |
| VectorMatrix * | outgrowth_ |
| neuron's outgrowth | |
| VectorMatrix * | deltaR_ |
| displacement of neuron radii | |
Additional Inherited Members | |
| Protected Attributes inherited from Connections | |
| shared_ptr< AllEdges > | edges_ |
| shared_ptr< EdgeIndexMap > | synapseIndexMap_ |
| log4cplus::Logger | fileLogger_ |
| log4cplus::Logger | edgeLogger_ |
Definition at line 81 of file ConnGrowth.h.
| void ConnGrowth::load | ( | Archive & | archive | ) |
Cereal deserialization method (Deserializes radii)
Definition at line 236 of file ConnGrowth.h.
|
overridevirtual |
Load member variables from configuration file. Registered to OperationManager as Operations::op::loadParameters
Implements Connections.
Definition at line 103 of file ConnGrowth.cpp.
|
overridevirtual |
Prints out all parameters to logging file. Registered to OperationManager as Operation::printParameters
Implements Connections.
Definition at line 114 of file ConnGrowth.cpp.
| void ConnGrowth::save | ( | Archive & | archive | ) | const |
Cereal serialization method (Serializes radii)
Definition at line 223 of file ConnGrowth.h.
|
overridevirtual |
Setup the internal structure of the class (allocate memories and initialize them).
| layout | Layout information of the neural network. |
| neurons | The Neuron list to search from. |
| synapses | The Synapse list to search from. |
Setup the internal structure of the class (allocate memories and initialize them).
| layout | Layout information of the neural network. |
| vertices | The vertex list to search from. |
| synapses | The Synapse list to search from. |
Implements Connections.
Definition at line 85 of file ConnGrowth.cpp.
|
overridevirtual |
Update the connections status in every epoch.
| neurons | The Neuron list to search from. |
| layout | Layout information of the neural network. |
Update the connections status in every epoch.
| vertices | The vertex list to search from. |
| layout | Layout information of the neural network. |
Reimplemented from Connections.
Definition at line 130 of file ConnGrowth.cpp.
|
overridevirtual |
Update the weights of the Synapses in the simulation. To be clear, iterates through all source and destination neurons and updates their synaptic strengths from the weight matrix. Note: Platform Dependent.
| numVertices | Number of vertices to update. |
| ineurons | The AllVertices object. |
| isynapses | The AllEdges object. |
| layout | The Layout object. |
Update the weight of the Synapses in the simulation. To be clear, iterates through all source and destination neurons and updates their synaptic strengths from the weight matrix. Note: Platform Dependent.
| numVertices | Number of vertices to update. |
| ivertices | the AllVertices object. |
| iedges | the AllEdges object. |
| layout | the Layout object. |
Reimplemented from Connections.
Definition at line 240 of file ConnGrowth.cpp.


PyCon CZ Team
PyCon is a community event. There are more than 30 people on our Slack channel and even more volunteers helped us by sending PR on GitHub. If you drew the organization structure of the PyCon CZ team, you — the attendee would be at the top. The incredible amount of volunteers would follow. There's little or no difference between organizers and volunteers, because we all do it in our free time without any claim for wage. Below is a list of our core team members.
We are here for you!
Main contact is info@pycon.cz


There are only a few simple gestures that you use to interact with the Toolkit. It was designed with touch in mind, but can be used with a mouse as well, although only the left mouse button is used. The gestures are:
| tap | Touching momentarily. You can also do this with the left mouse button, but these pages always refer to "tapping" for simplicity. | |
| long-press | Touching for more than half a second. | |
| drag | Touching, sliding somewhere else, and releasing. | |
| long-drag | Touching for more than half a second, sliding somewhere else, and releasing. |
Except for the last one, these are all standard gestures, but what they do depends upon what kind of {Toolkit_controls control} you touch or click:
| program button | Tapping selects the {_program} in that location, so that you can play it. Long-pressing it displays a {_popup} that lets you do various other things with the program, or with that program location. Dragging it onto an empty program slot moves it to that location, while dragging it onto an existing program swaps them. | |
| program bank button | Tapping selects that bank, so that you can then select a program within it. Long-pressing it splits the screen and displays the bank in the lower half, or changes the bank in the lower half if it is already split. | |
| Program Info button | Tapping this button in the {_Navigation_bar} reloads the current program, discarding any edits you may have made. Long-pressing displays a popup that lets you do other things, like store the program under its current number, change the name, and so on. | |
| HELP button | Tapping switches to the current tab of the Help screen. Long-pressing also navigates to the Home page. | |
| {question.png height=24} button |
Tapping switches to the current tab of the Help screen, and navigates to the help page for whatever contained the button. Long-pressing it opens it in a new tab. | |
| cluster button | Tapping displays a popup that provides access to all the {_parameter parameters} in that {_cluster}. Long-pressing it resets all the parameters in the cluster to their {_default_value default values}. Dragging it onto another cluster button of the same type copies all the parameters; if this is done between two paired A and B channel clusters, it also {_gang gangs} them together, so that the A channel controls operate both channels in parallel. Tapping a ganged B cluster (labeled "=") ungangs them. Long-dragging a cluster button onto another of the same type first resets the source to its defaults, but then swaps the original values of those parameters with the target cluster. | |
| value button | Tapping sets a parameter to that value. Long-pressing resets it to its default value instead. | |
| slider | Dragging horizontally changes the value. Long-pressing resets the parameter to its default value. Tapping usually does nothing, but in a few cases, it sets the parameter to a commonly used non-default value, like 50% for a pulse width. This is called its "significant" value. | |
| help link | Tapping shows a different page in the current tab if the link is blue, or pops up a definition if green. Long-pressing a blue link shows it in a new tab. | |
| help tab | Tapping switches to that tab. Long-pressing closes the tab, and if it was the only tab, opens a new tab on the Home page. Dragging horizontally scrolls the tabs, if there are more than fit onto the screen. | |
| help page | Dragging vertically scrolls the page, if it is longer than the screen. Long-pressing in the bottom half (not on a link) scrolls to the bottom of the page, and long-pressing in the top half scrolls to the top. |


{% extends "common/base.html" %} {% load staticfiles %} {% block css %} {% endblock css %} {% block js %} {% endblock js %} {% block content %}
{% include "common/navbar.html" %}Create events or find some around you.
It is necessary to allow geolocation for this app to work.


Numbers 9:8
And Moses said unto them, Stand still, and I will hear what the LORD will command concerning you.


Viptos Documentation
The following are sources of information about Viptos
Viptos installation
Viptos help
- How to generate code for other targets
Viptos demonstrations
"
Using Vergil
" -
Note: this document is not Viptos specific, but covers details of using the user interface
Kernel documentation
Ptolemy Design document, Volume 1, 2 & 3
(Ptolemy Web Site PDFs)
nc2moml documentation
ncapp2moml documentation
Copyright
Acknowledgements
Ptolemy Web Site
(for general information about the Ptolemy Project, which produced Viptos)


It's 210! There is an easy way to get this number:
It's (one less than the number of vertices) times (the number of vertices) divided by 2.
In this case, that's 20 times 21 divided by 2, which equals 210.
It's 210! There is an easy way to get this number:
It's (the number of dots on each side of the equilateral triangle) times (the number of dot on each side plus 1) divided by 2.
In this case, that's 20 times 21 divided by 2, which equals 210.
It's 210! There is an easy way to get this number:
It's (one less than the number of vertices) times (the number of vertices) divided by 2.
In this case, that's 20 times 21 divided by 2, which equals 210.
It's 210! There is an easy way to get this number:
It's (the number of dots on each side of the equilateral triangle) times (the number of dot on each side plus 1) divided by 2.
In this case, that's 20 times 21 divided by 2, which equals 210.
Now, let's talk about what a "triangular number" is.
If you have 3 dots per side in an equilateral triangle like the one below, the triangular number is 6 — the total number of dots in the triangle.
Move the slider to change the number of dots per side.
Current dots per side: 3
Like the relationship between the vertices and edges in complete graphs, adding one dot to a side usually adds more than one dot to the total number of dots in the triangle. Use the slider above to compare total number of dots for 2 dots per side and for 3 dots per side.


--- layout: post title: Knight study date: '2014-01-29T07:30:35+01:00' categories: - Atoleiros Battle - Horses picture_url: https://film-Storyboards.tumblr.com/post/74938336895/knight-study ---
Knight study for Atoleiros Battle storyboard.


The mdcLinearProgress directive creates a material designed linear progress indicator.
mdcLinearProgress


About Us
The name of University, 'Sharda' is synonymous to 'Goddess of knowledge and learning - Saraswati'. She is identified with 'veena' an Indian musical instrument and the 'lotus' where she resides. The lotus in our logo symbolizes the seat of learning that the University is created for. Variety of colours signify the variety of disciplines the university offers and the overlap between petals creating new colours demonstrate the ethos of collaboration between students and teachers of different programme, nationality, creed and colour working towards creating new knowledge.
The petals leading towards a star is an embodiment of the University's cherished mission to provide education beyond boundaries and to facilitate the students and faculty to achieve pinnacles of success throughout the world!
Awards and Achievements
Acknowledging the world class education provided by Sharda University, top magazines, newspapers and television channels have bestowed good rankings to the University in various areas like placements, industry interface, infrastructure, international relations, etc.
Sharda University continues to receive national and international recognition. Here's a quick look at some of our most recent and notable accomplishments:


@* addCourse Template File *@ @(newCourseForm:Form[NewCourseData])(implicit request: MessagesRequestHeader, flash:Flash) @import helper._ @main("Create New Course", true) { @helper.form(action = CSRF(routes.Application.addCoursePost)) { @helper.inputText(newCourseForm("Course Code"))
e.g. CSCI1320
@helper.inputText(newCourseForm("Section")) @helper.inputText(newCourseForm("Semester"))e.g. F15
@helper.textarea(newCourseForm("Instructor Names"))Current user is already included. Only specify other users who should have instructor access.
@helper.textarea(newCourseForm("Student Data"))Copy the class roster without photos from TigerPaws. Make sure every student's line includes their ID and their email address. Existing students will get their existing accounts.


Personal Information:
Full Name: Md. Samiur Rahman (Mukul)
Father Name: Md. Motiur Rahman
Mother Name: Hamida Khatun
Address: ABC Nagor, Mymensingh City
District: Shador, Mymensingh
Gender: Male
Religion: Islam
Nationality: Bangladeshi
Work Experience:
Assistant Teacher (2017 to 2019)
SHISHU MELA BIDYA NIKETON
ABC Nagor, Mymensingh City
Shador, Mymensingh
Co-Founder & Instructor (2020 to 2021)
IKRA IT INSTITUTE
ABC Tower, Mymensingh City
Shador, Mymensingh
Key Skills:
Programming Skills:
C & C++ Programming
Java Programming
Python Programming
Android Application Developing
Web Application Developing
C & C++ Programming
Java Programming
Python Programming
Android Application Developing
Web Application Developing
Job Related Skills:
Spoken English
Basic Of Computer
Microsoft Office (MS Word, MS Excel, MS PowerPoint, MS Access)
Internet & E-mail
Spoken English
Basic Of Computer
Microsoft Office (MS Word, MS Excel, MS PowerPoint, MS Access)
Internet & E-mail
Educational Qualification:
S.S.C (Session: 2015)
GPA: 4.22
Group: Science
School: Haji Jalal Uddin High School
Aqual, Barera, Mymensingh City
Shador, Mymensingh
H.S.C (Session: 2017)
GPA: 4.00
Group: Science
College: Alamgir Monsur (mintu) Memorial College
C.K. Gosh Road, Mymensingh City
Shador, Mymensingh
B.Sc. Hons (Session: 2017-18)
Department: Computer Science & Engineering
University: National University, Bangladesh
Institute: State Institute (SIBACS)
Batir Koll Moor, Mymensingh City
Shador, Mymensingh
Other Certificate:
Android App Development (Year: 2018)
Course Duration: 200 Hours
Type: Govt. Skill Development Course
Owner: ICT Division
Reference By:
Md. Abu Taher
Director Of,
SHISHU MELA BIDYA NIKETON
Modho Barera (Nijam Nagor), Mymensingh City
Shador, Mymensingh
Md. Enamul Haque (Robi)
Principal Of,
State Institute (SIBACS)
Batir Koll Moor, Mymensingh City
Shador, Mymensingh


Salma Hayek Shows Off Her Natural Beauty In Makeup-Free Video And She Looks Like She’s In Her 20s!
by Nick MarkusThe 53 year old actress looks half her age and as stunning as ever in a new post in which she showed off her beautiful makeup-free face! Salma Hayek shared a clip with her followers where she was enjoying the sunset and literally glowing because of it but even more so because of her youthful and effortless looks.
The actress was trying to shoot a video of her at the beach, with the setting sun behind her.
Unfortunately, she was dealing with something that always happens when people try to capture a sunset.
Moving the camera even just a little can cause the beautiful colors in the sky to no longer be captured properly as they fade in the footage, not showing even nearly as vibrant.
Regardless, as she tried over and over again to film the sunset properly with her face in the frame, people ended up focusing way more on her natural beauty than the sunset, which kept fading.
In the post’s caption, she even made a self-deprecating joke, only adding to her charm.
‘There was a beautiful sunset but every time my face came into frame it scared the colors away,’ she wrote.
In the video, she was talking about the same thing but in Spanish, explaining to her followers that the sunset was absolutely stunning but every time her face came into frame, the colors became ‘cr*p.’
Either way, her fans appreciated the post anyway, commenting things like: ‘Yea. It appears your luminosity outshines the sun. 😁😂😅😊.’ / ‘The sunset was jealous of your beauty.’ / ‘I dont know what’s prettier, you or the sunset 🙌🌅/’ / ‘or your beauty stolen the colors?😊.’ / ‘It knew it couldn’t compete… :).’ So sweet!


Chris Smalling agent 'in Italy to hold negotiations over permanent deal'
Chris Smalling has reportedly instructed his agent to try to push through a permanent transfer to Roma.
by Darren PlantWhile Manchester United have allowed the defender to spend the season on loan at Stadio Olimpico, there is no option for a full-time move to become a formality in the summer.
However, after impressing during the early stages of his stint in Italy, Smalling is keen to commit his future to the Serie A club.
According to Il Tempo, the Englishman's representative has flown to the capital to speak with I Giallorossi about what it will take to confirm a move at the end of the campaign.
United are allegedly ready to demand in the region of £18m due to the 30-year-old effectively having over three-and-a-half years left on his contract.
Smalling has contributed two goals from his 11 appearances in all competitions.
body check tags ::


|
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| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object org.apache.xml.utils.FastStringBuffer
public class FastStringBuffer
Bare-bones, unsafe, fast string buffer. No thread-safety, no parameter range checking, exposed fields. Note that in typical applications, thread-safety of a StringBuffer is a somewhat dubious concept in any case.
Note that Stree and DTM used a single FastStringBuffer as a string pool, by recording start and length indices within this single buffer. This minimizes heap overhead, but of course requires more work when retrieving the data.
FastStringBuffer operates as a "chunked buffer". Doing so reduces the need to recopy existing information when an append exceeds the space available; we just allocate another chunk and flow across to it. (The array of chunks may need to grow, admittedly, but that's a much smaller object.) Some excess recopying may arise when we extract Strings which cross chunk boundaries; larger chunks make that less frequent.
The size values are parameterized, to allow tuning this code. In theory, Result Tree Fragments might want to be tuned differently from the main document's text.
%REVIEW% An experiment in self-tuning is included in the code (using nested FastStringBuffers to achieve variation in chunk sizes), but this implementation has proven to be problematic when data may be being copied from the FSB into itself. We should either re-architect that to make this safe (if possible) or remove that code and clean up for performance/maintainability reasons.
| Field Summary | |
|---|---|
private static int |
CARRY_WS
Manifest constant: Carry trailing whitespace of one chunk as leading whitespace of the next chunk. |
(package private) static boolean |
DEBUG_FORCE_FIXED_CHUNKSIZE
|
(package private) static int |
DEBUG_FORCE_INIT_BITS
|
(package private) char[][] |
m_array
Field m_array holds the string buffer's text contents, using an array-of-arrays. |
(package private) int |
m_chunkBits
Field m_chunkBits sets our chunking strategy, by saying how many bits of index can be used within a single chunk before flowing over to the next chunk. |
(package private) int |
m_chunkMask
Field m_chunkMask is m_chunkSize-1 -- in other words, m_chunkBits worth of low-order '1' bits, useful for shift-and-mask addressing within the chunks. |
(package private) int |
m_chunkSize
Field m_chunkSize establishes the maximum size of one chunk of the array as 2**chunkbits characters. |
(package private) int |
m_firstFree
Field m_firstFree is an index into m_array[m_lastChunk][], pointing to the first character in the Chunked Array which is not part of the FastStringBuffer's current content. |
(package private) FastStringBuffer |
m_innerFSB
Field m_innerFSB, when non-null, is a FastStringBuffer whose total length equals m_chunkSize, and which replaces m_array[0]. |
(package private) int |
m_lastChunk
Field m_lastChunk is an index into m_array[], pointing to the last chunk of the Chunked Array currently in use. |
(package private) int |
m_maxChunkBits
Field m_maxChunkBits affects our chunk-growth strategy, by saying what the largest permissible chunk size is in this particular FastStringBuffer hierarchy. |
(package private) int |
m_rebundleBits
Field m_rechunkBits affects our chunk-growth strategy, by saying how many chunks should be allocated at one size before we encapsulate them into the first chunk of the next size up. |
(package private) static char[] |
SINGLE_SPACE
|
static int |
SUPPRESS_BOTH
Manifest constant: Suppress both leading and trailing whitespace. |
static int |
SUPPRESS_LEADING_WS
Manifest constant: Suppress leading whitespace. |
static int |
SUPPRESS_TRAILING_WS
Manifest constant: Suppress trailing whitespace. |
| Constructor Summary | |
|---|---|
|
FastStringBuffer()
Construct a FastStringBuffer, using a default allocation policy. |
private |
FastStringBuffer(FastStringBuffer source)
Encapsulation c'tor. |
|
FastStringBuffer(int initChunkBits)
Construct a FastStringBuffer, using default maxChunkBits and rebundleBits values. |
|
FastStringBuffer(int initChunkBits,
int maxChunkBits)
Construct a FastStringBuffer, using a default rebundleBits value. |
|
FastStringBuffer(int initChunkBits,
int maxChunkBits,
int rebundleBits)
Construct a FastStringBuffer, with allocation policy as per parameters. |
| Method Summary | |
|---|---|
void |
append(char value)
Append a single character onto the FastStringBuffer, growing the storage if necessary. |
void |
append(char[] chars,
int start,
int length)
Append part of the contents of a Character Array onto the FastStringBuffer, growing the storage if necessary. |
void |
append(FastStringBuffer value)
Append the contents of another FastStringBuffer onto this FastStringBuffer, growing the storage if necessary. |
void |
append(java.lang.String value)
Append the contents of a String onto the FastStringBuffer, growing the storage if necessary. |
void |
append(java.lang.StringBuffer value)
Append the contents of a StringBuffer onto the FastStringBuffer, growing the storage if necessary. |
char |
charAt(int pos)
Get a single character from the string buffer. |
private void |
getChars(int srcBegin,
int srcEnd,
char[] dst,
int dstBegin)
Copies characters from this string into the destination character array. |
protected java.lang.String |
getOneChunkString(int startChunk,
int startColumn,
int length)
|
java.lang.String |
getString(int start,
int length)
|
(package private) java.lang.StringBuffer |
getString(java.lang.StringBuffer sb,
int start,
int length)
|
(package private) java.lang.StringBuffer |
getString(java.lang.StringBuffer sb,
int startChunk,
int startColumn,
int length)
Internal support for toString() and getString(). |
boolean |
isWhitespace(int start,
int length)
|
int |
length()
Get the length of the list. |
void |
reset()
Discard the content of the FastStringBuffer, and most of the memory that was allocated by it, restoring the initial state. |
static void |
sendNormalizedSAXcharacters(char[] ch,
int start,
int length,
org.xml.sax.ContentHandler handler)
Directly normalize and dispatch the character array. |
(package private) static int |
sendNormalizedSAXcharacters(char[] ch,
int start,
int length,
org.xml.sax.ContentHandler handler,
int edgeTreatmentFlags)
Internal method to directly normalize and dispatch the character array. |
int |
sendNormalizedSAXcharacters(org.xml.sax.ContentHandler ch,
int start,
int length)
Sends the specified range of characters as one or more SAX characters() events, normalizing the characters according to XSLT rules. |
void |
sendSAXcharacters(org.xml.sax.ContentHandler ch,
int start,
int length)
Sends the specified range of characters as one or more SAX characters() events. |
void |
sendSAXComment(org.xml.sax.ext.LexicalHandler ch,
int start,
int length)
Sends the specified range of characters as sax Comment. |
void |
setLength(int l)
Directly set how much of the FastStringBuffer's storage is to be considered part of its content. |
private void |
setLength(int l,
FastStringBuffer rootFSB)
Subroutine for the public setLength() method. |
int |
size()
Get the length of the list. |
java.lang.String |
toString()
Note that this operation has been somewhat deoptimized by the shift to a chunked array, as there is no factory method to produce a String object directly from an array of arrays and hence a double copy is needed. |
| Methods inherited from class java.lang.Object |
|---|
clone, equals, finalize, getClass, hashCode, notify, notifyAll, wait, wait, wait |
| Field Detail |
|---|
static final int DEBUG_FORCE_INIT_BITS
static final boolean DEBUG_FORCE_FIXED_CHUNKSIZE
public static final int SUPPRESS_LEADING_WS
sendNormalizedSAXcharacters(org.xml.sax.ContentHandler,int,int)
,
Constant Field Valuespublic static final int SUPPRESS_TRAILING_WS
public static final int SUPPRESS_BOTH
sendNormalizedSAXcharacters(org.xml.sax.ContentHandler,int,int)
,
Constant Field Valuesprivate static final int CARRY_WS
int m_chunkBits
int m_maxChunkBits
int m_rebundleBits
int m_chunkSize
int m_chunkMask
char[][] m_array
int m_lastChunk
The insertion point for append operations is addressed by the combination of m_lastChunk and m_firstFree.
int m_firstFree
FastStringBuffer m_innerFSB
static final char[] SINGLE_SPACE
| Constructor Detail |
|---|
public FastStringBuffer(int initChunkBits, int maxChunkBits, int rebundleBits)
For coding convenience, I've expressed both allocation sizes in terms of a number of bits. That's needed for the final size of a chunk, to permit fast and efficient shift-and-mask addressing. It's less critical for the inital size, and may be reconsidered.
An alternative would be to accept integer sizes and round to powers of two; that really doesn't seem to buy us much, if anything.
initChunkBits
- Length in characters of the initial allocation
of a chunk, expressed in log-base-2. (That is, 10 means allocate 1024
characters.) Later chunks will use larger allocation units, to trade off
allocation speed of large document against storage efficiency of small
ones.maxChunkBits
- Number of character-offset bits that should be used for
addressing within a chunk. Maximum length of a chunk is 2^chunkBits
characters.rebundleBits
- Number of character-offset bits that addressing should
advance before we attempt to take a step from initChunkBits to maxChunkBitspublic FastStringBuffer(int initChunkBits, int maxChunkBits)
public FastStringBuffer(int initChunkBits)
ISSUE: Should this call assert initial size, or fixed size? Now configured as initial, with a default for fixed. NEEDSDOC @param initChunkBits
public FastStringBuffer()
private FastStringBuffer(FastStringBuffer source)
| Method Detail |
|---|
public final int size()
public final int length()
public final void reset()
public final void setLength(int l)
l
- New length. If l<0 or l>=getLength(), this operation will
not report an error but future operations will almost certainly fail.private final void setLength(int l, FastStringBuffer rootFSB)
public final java.lang.String toString()
(It really is a pity that Java didn't design String as a final subclass of MutableString, rather than having StringBuffer be a separate hierarchy. We'd avoid a lot of double-buffering.)
toString
in class java.lang.Object
public final void append(char value)
NOTE THAT after calling append(), previously obtained references to m_array[][] may no longer be valid.... though in fact they should be in this instance.
value
- character to be appended.public final void append(java.lang.String value)
NOTE THAT after calling append(), previously obtained references to m_array[] may no longer be valid.
value
- String whose contents are to be appended.public final void append(java.lang.StringBuffer value)
NOTE THAT after calling append(), previously obtained references to m_array[] may no longer be valid.
value
- StringBuffer whose contents are to be appended.public final void append(char[] chars, int start, int length)
NOTE THAT after calling append(), previously obtained references to m_array[] may no longer be valid.
chars
- character array from which data is to be copiedstart
- offset in chars of first character to be copied,
zero-based.length
- number of characters to be copiedpublic final void append(FastStringBuffer value)
NOTE THAT after calling append(), previously obtained references to m_array[] may no longer be valid.
value
- FastStringBuffer whose contents are
to be appended.public boolean isWhitespace(int start, int length)
start
- Offset of first character in the range.length
- Number of characters to send.
CURRENTLY DOES NOT CHECK FOR OUT-OF-RANGE.
public java.lang.String getString(int start, int length)
start
- Offset of first character in the range.length
- Number of characters to send.
protected java.lang.String getOneChunkString(int startChunk, int startColumn, int length)
java.lang.StringBuffer getString(java.lang.StringBuffer sb, int start, int length)
sb
- StringBuffer to be appended tostart
- Offset of first character in the range.length
- Number of characters to send.
java.lang.StringBuffer getString(java.lang.StringBuffer sb, int startChunk, int startColumn, int length)
Note that this operation has been somewhat deoptimized by the shift to a chunked array, as there is no factory method to produce a String object directly from an array of arrays and hence a double copy is needed. By presetting length we hope to minimize the heap overhead of building the intermediate StringBuffer.
(It really is a pity that Java didn't design String as a final subclass of MutableString, rather than having StringBuffer be a separate hierarchy. We'd avoid a lot of double-buffering.)
sb
- startChunk
- startColumn
- length
-
public char charAt(int pos)
pos
- character position requested.
public void sendSAXcharacters(org.xml.sax.ContentHandler ch, int start, int length) throws org.xml.sax.SAXException
Note too that there is no promise that the output will be sent as a single call. As is always true in SAX, one logical string may be split across multiple blocks of memory and hence delivered as several successive events.
ch
- SAX ContentHandler object to receive the event.start
- Offset of first character in the range.length
- Number of characters to send.
org.xml.sax.SAXException
- may be thrown by handler's
characters() method.public int sendNormalizedSAXcharacters(org.xml.sax.ContentHandler ch, int start, int length) throws org.xml.sax.SAXException
ch
- SAX ContentHandler object to receive the event.start
- Offset of first character in the range.length
- Number of characters to send.
org.xml.sax.SAXException
- may be thrown by handler's
characters() method.static int sendNormalizedSAXcharacters(char[] ch, int start, int length, org.xml.sax.ContentHandler handler, int edgeTreatmentFlags) throws org.xml.sax.SAXException
ch
- The characters from the XML document.start
- The start position in the array.length
- The number of characters to read from the array.handler
- SAX ContentHandler object to receive the event.edgeTreatmentFlags
- How leading/trailing spaces should be handled.
This is a bitfield contining two flags, bitwise-ORed together:
org.xml.sax.SAXException
- Any SAX exception, possibly
wrapping another exception.public static void sendNormalizedSAXcharacters(char[] ch, int start, int length, org.xml.sax.ContentHandler handler) throws org.xml.sax.SAXException
ch
- The characters from the XML document.start
- The start position in the array.length
- The number of characters to read from the array.handler
- SAX ContentHandler object to receive the event.
org.xml.sax.SAXException
- Any SAX exception, possibly
wrapping another exception.public void sendSAXComment(org.xml.sax.ext.LexicalHandler ch, int start, int length) throws org.xml.sax.SAXException
Note that, unlike sendSAXcharacters, this has to be done as a single call to LexicalHandler#comment.
ch
- SAX LexicalHandler object to receive the event.start
- Offset of first character in the range.length
- Number of characters to send.
org.xml.sax.SAXException
- may be thrown by handler's
characters() method.private void getChars(int srcBegin, int srcEnd, char[] dst, int dstBegin)
srcBegin
- index of the first character in the string
to copy.srcEnd
- index after the last character in the string
to copy.dst
- the destination array.dstBegin
- the start offset in the destination array.
java.lang.IndexOutOfBoundsException
- If any of the following
is true:
srcBegin
is negative.
srcBegin
is greater than srcEnd
srcEnd
is greater than the length of this
string
dstBegin
is negative
dstBegin+(srcEnd-srcBegin)
is larger than
dst.length
java.lang.NullPointerException
- if dst
is null
|
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a entry-level software engineer
< Tribute Page />
< Survey Form />
< Production Landing />
< Technical Page />
Currently looking for a job in the USA


above |
Ken Keeping Still, Mountain |
|
below |
Ken Keeping Still, Mountain |
Keeping Still. Keeping his back still
So that he no longer feels his body.
He goes into the courtyard
And does not see his people.
No blame.
Mountains standing close together:
The image of Keeping Still.
Thus the superior man
Does not permit his thoughts
To go beyond his situation.
Six at the beginning means:
Keeping his toes still.
No blame.
Continued perseverance furthers.
Six in the second place means:
Keeping his calves still.
He cannot rescue him whom he follows.
His heart is not glad.
Nine in the third place means:
Keeping his hips still.
Making his sacrum stiff.
Dangerous. The heart suffocates.
Six in the fourth place means:
Keeping his trunk still.
No blame.
Six in the fifth place means:
Keeping his jaws still.
The words have order.
Remorse disappears.
Nine at the top means:
Noblehearted keeping still.
Good fortune.


NOTE: All entries in the loggers are held in volatile memory and can be removed at any time.
POST https://logger.example.com/Log/{logName}
Appends to a log BODY (JSON): { "date": "2020-01-10T14:23:12.023" "text": "Logged Message" }
GET https://logger.example.com/Log/{logName}
Returns array of strings in JSON format
GET https://logger.example.com/Log/{logName}/json
Returns array of LogEntry objects in JSON format (i.e. {"date": "xxx", "text": "theText"})
GET https://logger.example.com/Log/LogNames
Returns array of strings in JSON format
GET https://logger.example.com/Log/{logName}
Returns array of strings in JSON format


|
JavaTM 2 Platform Standard Ed. 5.0 |
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java.lang.Object java.util.Random java.security.SecureRandom
public class SecureRandom
This class provides a cryptographically strong random number generator (RNG). Many implementations are in the form of a pseudo-random number generator (PRNG), which means they use a deterministic algorithm to produce a pseudo-random sequence from a true random seed. Other implementations may produce true random numbers and yet others may use a combination of both techniques.
A cryptographically strong random number minimally complies with the statistical random number generator tests specified in FIPS 140-2, Security Requirements for Cryptographic Modules, section 4.9.1. Additionally, SecureRandom must produce non-deterministic output and therefore it is required that the seed material be unpredictable and that output of SecureRandom be cryptographically strong sequences as described in RFC 1750: Randomness Recommendations for Security.
Like other algorithm-based classes in Java Security, SecureRandom
provides implementation-independent algorithms, whereby a caller
(application code) requests a particular RNG algorithm
and is handed back a SecureRandom object for that algorithm. It is
also possible, if desired, to request a particular algorithm from a
particular provider. See the getInstance
methods.
Thus, there are two ways to request a SecureRandom object: by specifying either just an algorithm name, or both an algorithm name and a package provider.
SecureRandom random = SecureRandom.getInstance("SHA1PRNG");the system will determine if there is an implementation of the algorithm requested available in the environment, and if there is more than one, if there is a preferred one.
SecureRandom random = SecureRandom.getInstance("SHA1PRNG", "SUN");the system will determine if there is an implementation of the algorithm in the package requested, and throw an exception if there is not.
The SecureRandom implementation attempts to completely
randomize the internal state of the generator itself unless
the caller follows the call to a getInstance
method
with a call to the setSeed
method:
SecureRandom random = SecureRandom.getInstance("SHA1PRNG"); random.setSeed(seed);
After the caller obtains the SecureRandom object from the
getInstance
call, it can call nextBytes
to generate random bytes:
byte bytes[] = new byte[20]; random.nextBytes(bytes);
The caller may also invoke the generateSeed
method
to generate a given number of seed bytes (to seed other random number
generators, for example):
byte seed[] = random.generateSeed(20);
SecureRandomSpi
,
Random
,
Serialized Form| Constructor Summary | |
|---|---|
|
SecureRandom()
By using this constructor, the caller obtains a SecureRandom object containing the implementation from the highest-priority installed provider that has a SecureRandom implementation. |
|
SecureRandom(byte[] seed)
By using this constructor, the caller obtains a SecureRandom object containing the implementation from the highest-priority installed provider that has a SecureRandom implementation. |
protected |
SecureRandom(SecureRandomSpi secureRandomSpi,
Provider provider)
Creates a SecureRandom object. |
| Method Summary | |
|---|---|
byte[] |
generateSeed(int numBytes)
Returns the given number of seed bytes, computed using the seed generation algorithm that this class uses to seed itself. |
String |
getAlgorithm()
Returns the name of the algorithm implemented by this SecureRandom object. |
static SecureRandom |
getInstance(String algorithm)
Generates a SecureRandom object that implements the specified Random Number Generator (RNG) algorithm. |
static SecureRandom |
getInstance(String algorithm,
Provider provider)
Generates a SecureRandom object for the specified RNG algorithm, as supplied from the specified provider, if such a RNG implementation is available from the provider. |
static SecureRandom |
getInstance(String algorithm,
String provider)
Generates a SecureRandom object for the specified RNG algorithm, as supplied from the specified provider, if such a RNG implementation is available from the provider. |
Provider |
getProvider()
Returns the provider of this SecureRandom object. |
static byte[] |
getSeed(int numBytes)
Returns the given number of seed bytes, computed using the seed generation algorithm that this class uses to seed itself. |
protected int |
next(int numBits)
Generates an integer containing the user-specified number of pseudo-random bits (right justified, with leading zeros). |
void |
nextBytes(byte[] bytes)
Generates a user-specified number of random bytes. |
void |
setSeed(byte[] seed)
Reseeds this random object. |
void |
setSeed(long seed)
Reseeds this random object, using the eight bytes contained in the given long seed . |
| Methods inherited from class java.util.Random |
|---|
nextBoolean, nextDouble, nextFloat, nextGaussian, nextInt, nextInt, nextLong |
| Methods inherited from class java.lang.Object |
|---|
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Constructor Detail |
|---|
public SecureRandom()
By using this constructor, the caller obtains a SecureRandom object containing the implementation from the highest-priority installed provider that has a SecureRandom implementation.
Note that this instance of SecureRandom has not been seeded.
A call to the setSeed
method will seed the SecureRandom
object. If a call is not made to setSeed
, the first call
to the nextBytes
method will force the SecureRandom object
to seed itself.
This constructor is provided for backwards compatibility.
The caller is encouraged to use one of the alternative
getInstance
methods to obtain a SecureRandom object.
public SecureRandom(byte[] seed)
By using this constructor, the caller obtains a SecureRandom object containing the implementation from the highest-priority installed provider that has a SecureRandom implementation. This constructor uses a user-provided seed in preference to the self-seeding algorithm referred to in the empty constructor description. It may be preferable to the empty constructor if the caller has access to high-quality random bytes from some physical device (for example, a radiation detector or a noisy diode).
This constructor is provided for backwards compatibility.
The caller is encouraged to use one of the alternative
getInstance
methods to obtain a SecureRandom object, and
then to call the setSeed
method to seed it.
seed
- the seed.protected SecureRandom(SecureRandomSpi secureRandomSpi, Provider provider)
secureRandomSpi
- the SecureRandom implementation.provider
- the provider.| Method Detail |
|---|
public static SecureRandom getInstance(String algorithm) throws NoSuchAlgorithmException
Note that the returned instance of SecureRandom has not been seeded.
A call to the setSeed
method will seed the SecureRandom
object. If a call is not made to setSeed
, the first call
to the nextBytes
method will force the SecureRandom object
to seed itself.
algorithm
- the name of the RNG algorithm.
See Appendix A in the
Java Cryptography Architecture API Specification & Reference
for information about standard RNG algorithm names.
NoSuchAlgorithmException
- if the RNG algorithm is
not available in the caller's environment.public static SecureRandom getInstance(String algorithm, String provider) throws NoSuchAlgorithmException, NoSuchProviderException
Note that the returned instance of SecureRandom has not been seeded.
A call to the setSeed
method will seed the SecureRandom
object. If a call is not made to setSeed
, the first call
to the nextBytes
method will force the SecureRandom object
to seed itself.
algorithm
- the name of the RNG algorithm.
See Appendix A in the
Java Cryptography Architecture API Specification & Reference
for information about standard RNG algorithm names.provider
- the name of the provider.
NoSuchAlgorithmException
- if the requested RNG
implementation is not available from the provider.
NoSuchProviderException
- if the provider has not been
configured.
IllegalArgumentException
- if the provider name is null
or empty.Provider
public static SecureRandom getInstance(String algorithm, Provider provider) throws NoSuchAlgorithmException
provider
doesn't have to be registered.
Note that the returned instance of SecureRandom has not been seeded.
A call to the setSeed
method will seed the SecureRandom
object. If a call is not made to setSeed
, the first call
to the nextBytes
method will force the SecureRandom object
to seed itself.
algorithm
- the name of the RNG algorithm.
See Appendix A in the
Java Cryptography Architecture API Specification & Reference
for information about standard RNG algorithm names.provider
- the provider.
NoSuchAlgorithmException
- if the requested RNG
implementation is not available from the provider.
IllegalArgumentException
- if the provider
is
null.Provider
public final Provider getProvider()
public String getAlgorithm()
unknown
if the algorithm
name cannot be determined.public void setSeed(byte[] seed)
seed
- the seed.getSeed(int)
public void setSeed(long seed)
long seed
. The given seed supplements,
rather than replaces, the existing seed. Thus, repeated calls
are guaranteed never to reduce randomness.
This method is defined for compatibility with
java.util.Random
.
setSeed
in class Random
seed
- the seed.getSeed(int)
public void nextBytes(byte[] bytes)
nextBytes
in class Random
bytes
- the array to be filled in with random bytes.protected final int next(int numBits)
java.util.Random
method, and serves
to provide a source of random bits to all of the methods inherited
from that class (for example, nextInt
,
nextLong
, and nextFloat
).
next
in class Random
numBits
- number of pseudo-random bits to be generated, where
0 <= numBits
<= 32.
int
containing the user-specified number
of pseudo-random bits (right justified, with leading zeros).public static byte[] getSeed(int numBytes)
This method is only included for backwards compatibility.
The caller is encouraged to use one of the alternative
getInstance
methods to obtain a SecureRandom object, and
then call the generateSeed
method to obtain seed bytes
from that object.
numBytes
- the number of seed bytes to generate.
setSeed(byte[])
public byte[] generateSeed(int numBytes)
numBytes
- the number of seed bytes to generate.
|
JavaTM 2 Platform Standard Ed. 5.0 |
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Copyright © 2004, 2010 Oracle and/or its affiliates. All rights reserved. Use is subject to license terms. Also see the documentation redistribution policy.


Personalized Recommendations for a couple
Our AI takes into consideration each user’s preferences and recommend restaurants that will please both.
A fair list of recommendations
Our solution does not support paid recommendations, so only the couple’s ideal options will be shown.
Our Recommender learns your preferences over time
Using state-of-the-art Graph Neural Network technology, our engine learns over time from both users and improves its recommendations for following dates.
My partner and I had developed a strong virtual relationship but when it came time meet up in person, we had no idea where to go. Dinner4two not only helped us find a place, but I also learned that my partner doesn't like fish!


Create a new model, and name it x_fixtures.py
. This way it will execute after all of your models.
Then for every table that you want to pre-populate use the following snippet. I will use an example for the auth_user table to pre-create a test user.
if db(db.auth_user.id > 0).count() == 0:
db.auth_user.insert(
first_name='Testers',
last_name='Inc',
<EMAIL_ADDRESS>password='<include a pre-encrypted password here>',
)
Basically, if we have no records in the table, insert the defaults! This is probably more useful in situations where you have pre-defined data that can be dynamic, such as a list of status codes.
if db(db.status.id > 0).count() == 0:
db.status.insert(name='pending', kkey='P')
db.status.insert(name='processing', kkey='R')
db.status.insert(name='done', kkey='D')
You can easily keep your data fixtures in a YAML file and load them into the database by using the pyyaml
library.
Here is the example YAML file for what we just inserted.
auth_user:
- first_name: Testers
last_name: Inc
email<EMAIL_ADDRESS>password: <include a pre-encrypted password here>
status:
- name: In-Queue
kkey: Q
- name: Pending
kkey: P
- name: Processing
kkey: R
- name: Done
kkey: D
We just open the file, pass this to pyyaml
, and insert into the database, easy right?
import yaml
data = yaml.load(open('/path/to/applications/myapp/private/fixtures.yaml'))
for table_name, rows in data:
for r in rows:
db[table_name].insert(
**r
)
Video on Generate web2py model by using yaml -> http://vimeo.com/10837176
Now you have gone done it, you placed your code on the production server, and found a bug! Now we need to reset the database to square one.
Note: Your table indexes will not reset to 0
Add the following code to the top of your x_fixtures.py
file, when you want to reset the database, just change RESET to True.
RESET = False
if RESET:
for table in db.tables:
# Make sure to cascade, or this will fail
# for tables that have FK references.
db[table].truncate("CASCADE")
db.commit()
Make sure to remove your x_fixtures.py
file when you are ready to go live! And compile that app!


A rare copy of the Sex Pistols’ ‘God Save the Queen’ has sold for thousands at auction
"This was a chance for a collector to own a piece of music history.”
A rare copy of the Sex Pistols‘ single ‘God Save the Queen’ on vinyl fetched £13K at auction last week.
The record went under the hammer at Wessex Auction Rooms at Westbrook Farm in Chippenham last Friday (November 1) and was expected to fetch between £12,000-£15,000.
The record was described by the auctioneers as “a superb copy of one of the rarest and most sought after records in the world. Contained in original A&M sleeve, and within card sleeve with A&M Records sticker.”
The single was originally recorded for A&M Records in 1977. The label dropped the band before it was released and most of the copies were destroyed. Martin Hughes, of Wessex Auction Rooms near Chippenham.
Speaking to the Swindon Advertiser, Hughes said: “I have had the privilege of selling many rare records but this is certainly the most exciting of them all.
“The Sex Pistols will always be the most iconic punk band, and perhaps also one of the most culturally significant. This is a chance for a collector to own a piece of music history.”
Earlier this year, it was announced that a biopic based on the anarchic career of the Sex Pistols was on the way, following the mammoth success of Bohemian Rhapsody and Rocketman.
The 70s punk icons are thought to be the next iconic act to receive the big screen treatment – with UK firm Starlight Films working on the early stages of the biopic for the last 18 months.
Filmmaker Ayesha Plunkett told the Daily Star: “We were impressed by the box office takings for Bohemian Rhapsody. It only goes to show the public has an appetite for these films.”


For most filesystem type, you can select a mount directory, the source partition or device, and options for the mount. For some types that are not supported by Webmin the source device and options must be entered manually.
This page cannot be used to create NFS mounts - instead, they can be created by simply using normal mount commands within the zone itself.


Last Updated on November 3, 2005 4:23 PM .
Agilla allows agents to seamlessly migrate across a multihop network. Since all addressing is done based on location, the agent specifies a location to which it moves or clones. Agilla handles all of the multihop geographic routing. The programmer only needs to specify the destination location and the type of migration. This greatly simplifies programming and enables more efficient programming.
The migration instructions are wmove, smove, wclone, sclone. Note: the term "migration" encompases both "move" and "clone" instructions. The first letter indicates whether the migration will be strong or weak. Strong migrations preserve execution state, weak migrations do not. In other words, when an agent executes a strong migration, its program counter, heap, opstack, and reactions are all transferred to the destination location. When an agent executes a weak migration, only its code is transferred, everything else is reset and the agent resumes executing from the beginning. Move instructions move an agent to another node, while clone instructions produce a copy of the agent on the destination node (both agents continue executing independently afterwards). All migration insructions take a destination location as a parameter.
Consider the example agent Bounce0to1 located in <agilla/Examples/Bounce0to1.ma:
This is an agent that jumps between nodes (0,0) and (1,1). It blinks the red LED once at each node upon arrival. Lines 1-6 blink the red led for a second. Lines 7-9 checks whether the agent is currently at (0,0). On line 10, the agent jumps to GOTO11 if it is currently as (0,0), otherwise, the agent continues executing at line 11. Lines 11-12 and 15-16 perform the migration. In both cases, a wmove is used, meaning an agent resumes executing at the beginning when it arrives at the destination. The instructions immediately following the wmove (on lines 13-14 and 17-18) implement the contingency plan when the wmoves fails and is described below.
After an agent performs an sclone, it is often important for the agents to determine who is the original agent and who is the cloned agent so they can behave in different ways. To support this, Agilla sets the condition code of the original agent to 1, and the clone to 2. The agent can then check this to determine who is the clone. Consider the following agent VisitAll_ZigZag located in <agilla/Examples/VisitAll_ZigZag.ma:
This agent clones itself onto every node in the network by traversing each row in a zig-zag fashion. The agent utilizes sclone because it must remember which direction is is travelling (going left or right along a row). Upon arrival, it clones itself on the next node depending on its direction of travel, and then blinks the green LED. Consider line 27 where the agent performs an sclone. Immediately after this instruction, lines 28-33, display the code that checks whether the the agent is the original or the clone. Here, the original agent jumps to BLINKGREEN, while the clone jumps to MAINLOOP.
Wireless sensor networks utilize radios that are notoriously unreliable. Since agents are migrated using multiple messages, there is a chance that the migration operation will fail. The agent learns about the failure in different ways based on the type of migration:


8. Computer practical.
8.1. Introduction to computer practical.
The computer optics laboratory offers a number of experiments that can be done on the computer using simulations of real optical problems. The computer lab is part of the introduction to optics (in Dutch!) course given during the second year Applied Physics (TN) Bachelor study of the faculty of Science and Technology (TNW) of the University of Twente.
Optics can be learned traditionally through theory by following lectures and in practice by performing experiments in the laboratory. With these simulations a third method is added: experiments on the student’s computer. Although the simulations are very realistic, computer experiments can never take the place of real experiments in the optics laboratory. Doing physics as opposed to thinking about doing physics should be done in the real laboratory where the student experiences real experimental problems that cannot be simulated even by the most advanced programs. The advantages of simulations are, however, that the student can do the experiment any time he wants in his own place. Also no costly laboratory equipment and stringent time schedules are needed. With these simulations the student will learn many things about the topic’s theory and how the experiment can be performed in the real laboratory.
Each experiment has a number of exercises to be done and questions to be answered. The experiments are done by changing one or more parameters and by measuring characteristic data usually with the mouse. The student is asked to derive an expression for the parameter (wavelength, some radius, thickness, etc.) to be determined from the measurements. Each simulation will generate a random number, which will give the parameter to be measured. The formula relating this number to the parameter is very complicated and only known to the lecturer. The student must write this number on his report so he/she can easily check the answers.
The simulations make use of an optical toolbox (LightPipes) with several commands for propagation, apertures, lenses, etc. The toolbox is written by Gleb Vdovin and is modified for this purpose by me. The toolbox is linked to each simulation program. It makes use of advanced propagation routines for solving the Fresnel-Kirchoff integral in two dimensions. The result is a very realistic optical simulation program for studying physical optics.
Screenshot of one of the simulation programs (Fresnel diffraction with spherical wavefront as input).
Fresnel diffraction pattern as observed in the real optics lab.
The Python script file of each experiment can be downloaded and executed if you properly prepared your Python installation including the installation of the necessary packages, see: Prepare your computer. The experiments should be done in the order given by the assignments and when possible repeated in the real laboratory.
Enjoy playing with optics!
Fred van Goor
8.2. Prepare your computer.
To do the computer practical you have to prepare your computer. You must install Python and some other stuff before you can run the programs.
Go to the Python website, http://www.python.org, and Install Python on your computer.
You will need the download tool pip. It is already installed with your Python installation, but you need to upgrade it. Install and/or upgrade the download tool ‘pip’.
Install the matplotlib plot package. Open a terminal and type at the prompt:
Windows: pip install matplotlib
Linux and mac: sudo pip install matplotlib
Install the LightPipes for Python optical toolbox. Open a terminal and type at the prompt:
Windows: pip install LightPipes
Linux and mac: sudo pip install LightPipes
A nice and convenient environment to run and edit the Python scripts is Geany.


Grading Engine Test!
75% width
b
this is the correct innerHTML
d
has test attr
f
looking at this one’s abs pos
h
i
j
center
Hello, I’m a
p
tag.
This box is not the last child
Last child of this container
INIT


[dscrdeql] <Cypher - Founder> is there any redditers @here ?(edited)
[dscrdeql] <x2maano> sad
[dscrdeql] <x2maano>
[dscrdeql] <dolladollaiv> @Cypher i have reddit
[dscrdeql] <Cypher - Founder> do you know how reddit bounties work or anything
[dscrdeql] <dolladollaiv> Only reddit bounty ive ever done was for chainzilla but all we did was upvote the post and screenshot that for proof and send it in a private message to the mod
[dscrdeql] <dolladollaiv> Private message in discord*
[dscrdeql] <Cypher - Founder> right so a fruitless idea in that case?
[dscrdeql] <dolladollaiv> Yeaa.. unless youre lookin for upvotes!
[dscrdeql] <Cypher - Founder> something coming
[dscrdeql] <c2k> everyone loves a bounty
[dscrdeql] <Smedley> You might want to consider changing the subreddit to /r/equaliser . Seems like it would be a lot easier to find and its also not already being used
GatewayBOT08-Aug-18 06:44 PM
[dscrdeql] <Cypher - Founder> @here i would like to welcome @Llama to the admin team hes the first one :partytada:
Other Lives - Other Lives 2009 It Was The Night It was the night that you had left us You were so gone when they found you It was the hour that you had come ...
[dscrdeql] <webworker01> congrats
GatewayBOT08-Aug-18 07:14 PM
[dscrdeql] <ghost> Llama-Admin Congrats
[dscrdeql] <Llama-Admin> ty
[dscrdeql] <Podmaster> wooo i'm wet again
[dscrdeql] <slipersty> Gratz @Llama-Admin
[dscrdeql] <Cypher - Founder> @Novice please check the special room
[dscrdeql] <KQweci-Mod> Good evening everyone
[dscrdeql] <x2maano> @Llama-Admin congrates
[dscrdeql] <Jellysmash> yea, down again. someone might have dumped
[dscrdeql] <Jellysmash> might need to buy some more
Innovations such as 3D printing will allow us to create homes at an unbeatable price. We will also be using the technologies provided by @komodoplatform to add masternodes. Read more here: https://t.co/EKsZnWBHld
[dscrdeql] <Podmaster> lol who dumped it down
[dscrdeql] <Llama-Admin> does EQLI have a BTC correlation now?
Innovations such as 3D printing will allow us to create homes at an unbeatable price. We will also be using the technologies provided by @komodoplatform to add masternodes. Read more here: https://t.co/EKsZnWBHld
[dscrdeql] <ghost> and you can distribute it on friendly channels
[dscrdeql] <NWhiskeyTango> I got it tweeted
[dscrdeql] <NWhiskeyTango> Man i get like 20+ random people in my inbox everyday trying to invite me to other channels, trying to win invite bounties or something. So annoying, I instantly block them
[dscrdeql] <Llama-Admin> That's a lot more than I get. Are you in any servers that you don't need to be in?
[dscrdeql] <NWhiskeyTango> No i have a lot going on atm so i keep up with a lot of stuff through discord
[dscrdeql] <Podmaster> lol let me invite you to another one
[dscrdeql] <Podmaster> just joking hahahaaha
GatewayBOT08-Aug-18 08:38 PM
[dscrdeql] <NWhiskeyTango> How about you all just leave and i invite you back lol
GatewayBOT08-Aug-18 08:48 PM
[dscrdeql] <KQweci-Mod> Stats shows I have 19 user join via my invite link. Let play an honest again. I will like to tip all 19 with 2EQLI each to welcome you guys. Twitter giveaway closes tomorrow. Please do tag me in #off-topic if you join via my invite link


Slippy Map
Basic Map
Goal
-
- As a user, I want to see my business on the map.
- As a dev, using a map API add a marker or pin on the slippy map.
-
- As a user, I want to see my business on the map and display our logo when pin is clicked.
- As a dev, using a map API add a marker or pin on the slippy map. The pin's infobubble will contain the image HTML element.
Technologies
- Google Maps JS API v3
- JavaScript
- CSS
- HTML
Live demo


This is a demo. Have you ever thought about how tooltips should work on mobile devices?
The tooltip or infotip or a hint is a common graphical user interface element. It is used in conjunction with a cursor, usually a pointer. The user hovers the pointer over an item, without clicking it, and a tooltip may appear - a small "hover box" with information about the item being hovered over.
Tooltips do not appear on mobile operating systems, because there is no cursor.
Wikipedia: http://en.wikipedia.org/wiki/Tooltip


This project takes future climate projections and uses them to produce estimates of future species distributions. This process involves several steps.
Species occurrences were vetted, as much as possible given the size of the dataset, for accuracy and plausibility. These occurrences were compared statistically to current climate data at 10 arc minutes geographic resolution (often referred to as “20 km” resolution) to produce a statistical model that predicts species occurrence probability given specified climate values. This model is known as a Species Distribution Model or SDM and one was created for each species.
Using the SDM and current climate conditions, a climate suitability map was created for each species. These suitability maps were then clipped using a set of parameters (see zzz) to produce an estimate of the current species distribution.
Future climate projections must account for a broad range of factors, such as population growth, land use, energy demand, and new technology. In the past the Intergovernmental Panel on Climate Change (IPCC) defined defined a set of scenarios to represent potential futures. However, starting with the fifth assessment report these were changed to represent potential future levels of radiative climate forcings through what are known as Representative Concentration Pathways or RCPs. This allows for differing changes in technology, population, etc to potentially lead to the same level of climate change.
Rather than deal with multiple different possible scenarios occurring over different times (the way previous studies have looked at change) this project looks at the potential impacts on biodiversity at different amounts of warming above pre-industrial levels – these are referred to as specific warming levels. These were drawn from versions of the RCPs produced for the UK Government as part of their AVOID2 project, and more detail can be found at yyyy. The advantage to this approach is that it is more adaptation friendly and provides outcomes that better tie in with stated policy goals (e.g., to hold temperature to less than 2°C). 21 different global climate models or GCMs were used to generate climate projections for each selected temperature step. Should we mention time and dispersal? Relevant mostly for 1.5 and 2C wher the temperature is reached early but dispersal has not played entirely out...
The future climate projections were then run through the SDM for each species to create projected future climate suitability maps. The maps allow you to look at either the situation where a species is unable to undertake any climate mediated dispersal (e.g. barriers or slow dispersal rates) or allowed to move (tick the allow species to move button) based on a realistic dispersal rate to remove areas that had newly suitable climate but could not be reached by the species. A diagram demonstrating this process is shown below. More on dispersal rates can be found in zzz.
The projections of different GCMs, with and without movement, were summarised using the median or 50th percentile as a "best estimate" or “central tendency”, and then summarised again at 10th, 33rd, 66th, and 90th percentiles to give an indication of variability between climate models to help assess uncertainty. This summarising across models produced the projected species distribution maps displayed in the Wallace Initiative map interface.
Maps for the species in each given taxa, family, and some genera were reduced to a binary value of present or not-present. Calculating the number of different species present at a given point (with 10th, 33rd, 50th, 66th and 90th percentile summaries across GCMs) produced the biodiversity maps available in the map interface.
Projected species distributions were overlaid with region borders from the Terrestrial Ecosystems of the World (TEOW, see credits) for each of the reportable regions. This allowed the species potentially present in the region at a given projected future point to be listed. For Protected Areas, the boundaries of the Protected Area (from the World Database of Protected Areas, see credits) were mapped to the most appropriate ecosystem. While it is possible to request data for a given protected area, the data is for the entire ecosystem, owing to a better match with the spatial resolution of the underlying species model data (e.g., in many cases a small protected area would lie entirely within a single data cell for climate and biodiversity).
Similarly, region borders were used to clip temperature and rainfall values for current and future projections. This provided numerical climate summary data with 10th 50th and 90th percentiles, and this information is available along with species presence summaries from the Wallace Initiative's reports generation interface.


Trusted runtime primitive interface.
More...
#include <asylo/platform/primitives/trusted_primitives.h>
|
| static void | BestEffortAbort (const char *message) |
| | Aborts the enclave on a best-effort basis. More...
|
| |
| static void | DebugPuts (const char *message) |
| | Writes a message to a stream suitable for debug output. More...
|
| |
| static bool | IsInsideEnclave (const void *addr, size_t size) ASYLO_MUST_USE_RESULT |
| | A predicate that decides if a region of memory is internal to the enclave. More...
|
| |
| static bool | IsOutsideEnclave (const void *addr, size_t size) ASYLO_MUST_USE_RESULT |
| | A predicate that decides if a region of memory is external to the enclave. More...
|
| |
| static void * | UntrustedLocalAlloc (size_t size) noexcept ASYLO_MUST_USE_RESULT |
| | Allocates size bytes of untrusted local memory. More...
|
| |
| static void | UntrustedLocalFree (void *ptr) noexcept |
| | Calls untrusted local counterpart to free memory allocated by malloc in local untrusted code or by calling UntrustedLocalAlloc. More...
|
| |
| static void * | UntrustedLocalMemcpy (void *dest, const void *src, size_t size) noexcept |
| | Copies size bytes of memory from src to dest . More...
|
| |
| static PrimitiveStatus | UntrustedCall (uint64_t untrusted_selector, MessageWriter *input, MessageReader *output) ASYLO_MUST_USE_RESULT |
| | Exits the enclave synchronously at an entry point to untrusted code designated by untrusted_selector . More...
|
| |
| static PrimitiveStatus | RegisterEntryHandler (uint64_t trusted_selector, const EntryHandler &handler) ASYLO_MUST_USE_RESULT |
| | Registers a callback as the handler routine for an enclave entry point trusted_selector. More...
|
| |
| static int | CreateThread () |
| | Creates a new thread. More...
|
| |
Trusted runtime primitive interface.
This class declares the primitive API available to trusted application code running inside an Asylo enclave. Each Asylo backend is responsible for providing an implementation of this interface.
◆ BestEffortAbort()
| static void asylo::primitives::TrustedPrimitives::BestEffortAbort |
( |
const char * |
message | ) |
|
|
static |
Aborts the enclave on a best-effort basis.
Since it may not be possible to destroy the enclave completely without the cooperation of untrusted code, the implementation should clearly document the behavior of aborting on a particular backend.
- Parameters
-
| message | A message for the abort method to print or log. May be nullptr. |
◆ CreateThread()
| static int asylo::primitives::TrustedPrimitives::CreateThread |
( |
| ) |
|
|
static |
Creates a new thread.
Depending on the backend, the implementation might or might not need to exit the enclave for thread creation. The created thread is responsible for making a callback for querying the thread manager to register itself and then execute the callback function provided by the thread manager.
- Returns
- 0 on success.
◆ DebugPuts()
| static void asylo::primitives::TrustedPrimitives::DebugPuts |
( |
const char * |
message | ) |
|
|
static |
Writes a message to a stream suitable for debug output.
This API is intended for low-level debugging and should:
- Take as few dependencies as possible.
- Make as few assumptions about the runtime as possible.
- Flush as immediately as possible.
- Not assume that the I/O or logging subsystems are usable.
- Parameters
-
| message | The message to output. |
◆ IsInsideEnclave()
| static bool asylo::primitives::TrustedPrimitives::IsInsideEnclave |
( |
const void * |
addr, |
|
|
size_t |
size |
|
) |
| |
|
static |
A predicate that decides if a region of memory is internal to the enclave.
- Parameters
-
| addr | A pointer to the start of the memory region. |
| size | The number of bytes that will be tested for enclave residence. |
- Returns
- true if every byte of a
size
byte range at an address addr
falls inside the TCB and may not be modified by untrusted code.
◆ IsOutsideEnclave()
| static bool asylo::primitives::TrustedPrimitives::IsOutsideEnclave |
( |
const void * |
addr, |
|
|
size_t |
size |
|
) |
| |
|
static |
A predicate that decides if a region of memory is external to the enclave.
- Parameters
-
| addr | A pointer to the start of the memory region. |
| size | The number of bytes that will be tested for enclave non-residence. |
- Returns
- true if every byte of a
size
byte range at an address addr
falls outside the TCB and may be modified by untrusted code.
◆ RegisterEntryHandler()
| static PrimitiveStatus asylo::primitives::TrustedPrimitives::RegisterEntryHandler |
( |
uint64_t |
trusted_selector, |
|
|
const EntryHandler & |
handler |
|
) |
| |
|
static |
Registers a callback as the handler routine for an enclave entry point trusted_selector.
- Parameters
-
| trusted_selector | A unique-to-this-enclave identification number which will be used to select the given EntryHandler. |
| handler | The representation of a callable enclave function. |
- Returns
- an error status if a handler has already been registered for
trusted_selector
or if an invalid selector value is passed.
◆ UntrustedCall()
| static PrimitiveStatus asylo::primitives::TrustedPrimitives::UntrustedCall |
( |
uint64_t |
untrusted_selector, |
|
|
MessageWriter * |
input, |
|
|
MessageReader * |
output |
|
) |
| |
|
static |
Exits the enclave synchronously at an entry point to untrusted code designated by untrusted_selector
.
Inputs must be pushed into input
. Results are returned in output
. All extent data in input
and output
are owned by them and located in trusted memory.
- Parameters
-
| untrusted_selector | The identification number to select a registered handler in the untrusted space. |
| input | A pointer to a MessageWriter, into which all call inputs must be pushed. |
| output | A pointer to a MessageReader from which to read outputs from the call. |
- Returns
- A status for the call action, since the call itself may fail.
◆ UntrustedLocalAlloc()
| static void* asylo::primitives::TrustedPrimitives::UntrustedLocalAlloc |
( |
size_t |
size | ) |
|
|
staticnoexcept |
Allocates size
bytes of untrusted local memory.
The allocated memory must later be freed by calling UntrustedLocalFree or by free call in local untrusted code. Local untrusted memory may not be addressable by the enclave directly, as this is a backend-specific assumption. Untrusted memory contents are not secure. One must assume that an attacker can read and write it. Note that untrusted local memory is not the same as host memory, and that untrusted local memory is not expected to be addressable from the untrusted application. If a backend permits directly addressing untrusted memory, portable applications should not use that capability. Only local primitives should use direct addressibility.
- Parameters
-
| size | The number of bytes to allocate. |
- Returns
- A pointer to the allocated memory.
◆ UntrustedLocalFree()
| static void asylo::primitives::TrustedPrimitives::UntrustedLocalFree |
( |
void * |
ptr | ) |
|
|
staticnoexcept |
Calls untrusted local counterpart to free memory allocated by malloc in local untrusted code or by calling UntrustedLocalAlloc.
- Parameters
-
| ptr | The pointer to untrusted memory to free. |
◆ UntrustedLocalMemcpy()
| static void* asylo::primitives::TrustedPrimitives::UntrustedLocalMemcpy |
( |
void * |
dest, |
|
|
const void * |
src, |
|
|
size_t |
size |
|
) |
| |
|
staticnoexcept |
Copies size
bytes of memory from src
to dest
.
Backends seeking to access or copy untrusted local memory should not assume direct memory access, and instead use this function to copy to/from the untrusted local memory.
- Parameters
-
| dest | The trusted or untrusted local destination memory. |
| src | The trusted or untrusted local source memory. |
| size | The number of bytes to be copied. |
- Returns
- The pointer to destination buffer where memory got copied.
The documentation for this class was generated from the following file:


[Gecode] Some small quirks in abs and power
Gabor Szokoli
szokoli at ps.uni-sb.de
Thu Nov 20 12:46:39 CET 2003
Christian Schulte wrote:
>The quirk I already fixed. The static post function for AbsExBnd was just
>calling itself, a rather time consuming and not very interesting recursion
>
>
Aaaa!
OK, now that we have communications up and running, I hope I won't make
such a big mess anymore.
I was happily checking crap in, seeing your "nods", small changes in CVS
without a word of disapproval :-)
What do you do to check the consistency of the build?
Compile with stricter flags?
Run some tests?
Whatever it is, I'd like to automate it to run against automatic
checkouts and send me mail when I break the build.
I guess if I'd run make and some tests from ant, CruiseControl could
take it from there.
Or do you just spot bugs in the source?
The indentation issue should go away if I configure my IDE to use 2
spaces instead of tabs, I hope.
>;-) - CS
>
>
hmm, I should probably change my name to have EE as initials temporarily :-)
Gabor
More information about the gecode-users
mailing list


THE DEVIL'S OWN A film review by Michael Redman Copyright 1997 Michael Redman
***1/2 (out of ****)
The situation in Ireland often reminds me of the old Buffalo Springfield song "For What It's Worth": "There's something happening here, What it is ain't exactly clear, There's a man with a gun over there, Telling me I got to beware...There's battle lines being drawn, Nobody's right if everybody's wrong."
Whether you favor the wearing of the green or the orange, it's difficult to uphold your side's atrocities as morally justified or as anything other than politically justified.
As IRA hero (or terrorist depending upon your political leanings) Frankie McGuire says "If you're not confused, you don't understand."
McGuire (Brad Pitt) may recognize that the situation is foggy, but out of the necessity of being a soldier at war, he must be single-mindedly dedicated to his job. Friends may fall by the wayside, he may endanger innocents, but for the warrior, the goals always justify the means.
Across the ocean, New York Irish cop Tom O'Meara (Harrison Ford) is a bird of a completely different color. For him, the law is the prize his eye is on. He plays only by the rules and refuses to lie or cheat in order to punish the wrong-doers. Of course men not being perfect and this being a movie, O'Meara faces his personal dark night of the soul where he must decide which is more important: truth or loyalty.
Make no mistake. There is no doubting who the film says has the better life. O'Meara's reward is a lovely family in a safe friendly neighborhood; McGuire's is friends with bullet holes in their foreheads.
When McGuire (traveling as Rory Devaney) is placed in the O'Meara home by a friend of the family who is a secret IRA fundraiser, the two form an instant attachment. The cop has three daughters and is grateful that there is someone else in the house who "pees standing up".  The son and da each never had, it's a match made in a star-crossed heaven.
Pitt's character is posing as an Irish immigrant working on a construction site, but in reality he's working on a boat that he'll take across the Atlantic loaded with stinger missiles to even the fight in Northern Ireland.
The two actors reportedly didn't get along on the set, but that doesn't show up on the screen. Ford, one of the finest actors of our time, and Pitt, who can no longer be dismissed as just another pretty boy, have a dynamic chemistry together. When they're together in a scene, you can feel the forceful tension.
The minor downfall of the film is in its lengthy but essential characterizations of the secondary characters. Far too much time is spent in demonstrating O'Meara's idyllic family life in Brooklyn. We get the concept about a half hour before director thinks we do.
Once this is out of the way, the movie takes off. There are very few black and white ways of looking at the Irish situation and there is an equal scarcity of good guys and bad guys (except for a particularly sadistic arms dealer and, of course the British government) in the film. On opposite sides of the fence, O'Meara and McGuire are both heroic figures willing to make personal sacrifices for their cause. There's no way to root for only one and they can't both triumph.
As Frankie McGuire explains "Don't look for a happy ending. It's not an American story. It's an Irish one."
[This appeared in the 4/3/97 issue of the "Bloomington Voice", Bloomington, Indiana. Michael Redman can be reached at<EMAIL_ADDRESS>]
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Before Change
// Kill an actor and wait until it is killed.
ray.kill(a)
with pytest.raises(ray.exceptions.RayActorError):
ray.get(a.ready.remote())
// We should have 2 alive pgs and 4 alive actors.
assert assert_alive_num_pg(2)
assert assert_alive_num_actor(4)
After Change
// Kill an actor and wait until it is killed.
ray.kill(a)
try:
ray.get(a.ready.remote())
except ray.exceptions.RayActorError:
pass
// We should have 2 alive pgs and 4 alive actors.
assert assert_alive_num_pg(2)
assert assert_alive_num_actor(4)


|
| CUDA_CALLABLE_MEMBER | _Block () |
| |
| CUDA_CALLABLE_MEMBER | _Block (const double *p_ptmin, const double *p_ptmax, unsigned int p_offset, unsigned int p_bflag, const unsigned int *p_sz, const double *p_dx) |
| |
| CUDA_CALLABLE_MEMBER const double * | getPtMin () const |
| |
| CUDA_CALLABLE_MEMBER const double * | getPtMax () const |
| |
| CUDA_CALLABLE_MEMBER unsigned int | getOffset () const |
| |
| CUDA_CALLABLE_MEMBER unsigned int | getBFlag () const |
| |
| CUDA_CALLABLE_MEMBER const unsigned int * | getSz () const |
| |
| CUDA_CALLABLE_MEMBER const unsigned int * | getAlignedSz () const |
| |
| CUDA_CALLABLE_MEMBER const unsigned int | getAlignedBlockSz () const |
| |
| CUDA_CALLABLE_MEMBER const double * | getDx () const |
| |
◆ _Block() [1/2]
| CUDA_CALLABLE_MEMBER cuda::_Block::_Block |
( |
| ) |
|
|
inline |
◆ _Block() [2/2]
| CUDA_CALLABLE_MEMBER cuda::_Block::_Block |
( |
const double * |
p_ptmin, |
|
|
const double * |
p_ptmax, |
|
|
unsigned int |
p_offset, |
|
|
unsigned int |
p_bflag, |
|
|
const unsigned int * |
p_sz, |
|
|
const double * |
p_dx |
|
) |
| |
|
inline |
creates a valid dendro block on the gpu.
◆ getAlignedBlockSz()
| CUDA_CALLABLE_MEMBER const unsigned int cuda::_Block::getAlignedBlockSz |
( |
| ) |
const |
|
inline |
- Returns
- get aligned size of the block
◆ getAlignedSz()
| CUDA_CALLABLE_MEMBER const unsigned int* cuda::_Block::getAlignedSz |
( |
| ) |
const |
|
inline |
◆ getBFlag()
| CUDA_CALLABLE_MEMBER unsigned int cuda::_Block::getBFlag |
( |
| ) |
const |
|
inline |
◆ getDx()
| CUDA_CALLABLE_MEMBER const double* cuda::_Block::getDx |
( |
| ) |
const |
|
inline |
◆ getOffset()
| CUDA_CALLABLE_MEMBER unsigned int cuda::_Block::getOffset |
( |
| ) |
const |
|
inline |
◆ getPtMax()
| CUDA_CALLABLE_MEMBER const double* cuda::_Block::getPtMax |
( |
| ) |
const |
|
inline |
- Returns
- pt max of the block used in bssn computations
◆ getPtMin()
| CUDA_CALLABLE_MEMBER const double* cuda::_Block::getPtMin |
( |
| ) |
const |
|
inline |
- Returns
- pt min of the block used in bssn computations
◆ getSz()
| CUDA_CALLABLE_MEMBER const unsigned int* cuda::_Block::getSz |
( |
| ) |
const |
|
inline |
The documentation for this class was generated from the following file:


Introduction To Alternates
August 22, 2019
Alternatives Are Game Changers
The availability of alternative voting methods continues to change how voters vote. Alternative voting methods include any method other than voting in person on Election Day, such as early voting and voting by mail.
In 2018, 40 percent of voters used an alternative voting method. The percentage of voters that cast their ballot early or by mail usually declines slightly in midterm elections relative to the preceding presidential election. However, the rate in 2018 was not significantly different from the 2016 presidential election.
From the U.S. Census Bureau article, Voter Turnout Rates Among All Voting Age and Major Racial and Ethnic Groups Were Higher Than in 2014 JORDAN MISRA | APRIL 23, 2019 | as accessed 30 April 2019
Overview
Alternate Formats Versus Alternate Content
There is no such thing as a technology that is perfectly accessible. Even technology that receives perfect scores by a particular measurement system, cannot be expected to be all things to all people. Measurement systems vary. They don't measure the same things, they don't prioritize the same way, and in terms of accessibility, all technology needs human oversight.
Experts who develop assistive technology must focus on a fairly narrow field. It is rare that the expert on vision is also an expert on touch, or hearing. Also, many technologies do not "talk" to one another. Proprietary concerns loom large in the field of any technology
Those who write guidelines for accesssibility recognize just how difficult it is to ensure that assistive technology is able to reach to all disabilities. That's why there are so many guidelines on available alternates. They recognize that, since one technology cannot do it all, alternates must always have a place at the table where accessibility is concernted.
"Alternate Means" can imply one of two things: alternate format, and alternate content. Alternate Format is just a (generally) word-for-word transcription of content from one kind of format to another, say, from a text file to an audio file. Blackboard's Ally provides a ready-made way for you to download alternate formats for your students.
Perfection Is The Enemy of Good
It is impossible to be perfect.
Automated measurement tools are good for simple, straight-forward documents such as syllabi. They're not so accurate for academic material. Automated checkers cannnot do it all. Estimates of the accuracy of automated checkers for websites range between 30 percent and 60 percent. Confusion abounds because the accessibility checkers we use seem to disagree with one another. It's not that they necessarily disagree, it's just that they're built to measure different things.
Set Expectations Up Front
Instead of trying to do everything upfront, allow some wiggle room for both you and the student
We're currently working to establish some standardized wording for your syllabus, but here's some suggested wording in the meantime.
- "The instructor reserves the right to alter this outline should it become necessary in her judgment."
Source: https://www.chronicle.com/forums/index.php?topic=36831.0;imode
- This syllabus is intended to give the student guidance in what may be covered during the semester and will be followed as closely as possible. However, the professor reserves the right to modify, supplement and make changes as the course needs arise."
Source: http://provost.hamptonu.edu/cte/legally_sound_syllabi.cfm
Take Advantage of Tools Already Available
You already have tools at your fingertips that can put content into alternate formats
There are many, many tools that can put files into alternate formats. If you can get it into a text format, you're pretty much golden.
An Example of the Capability Built into Blackboard by Ally
An Example of the Capability Built Into Adobe Acrobat Pro DC
Linking Matters a Lot
Work Smarter Not Harder.
This is especially useful if you have a beautiful, visual document that is difficult to make accessible. To your inaccessible content add another version -- and ensure there is a link to it right on that beautiful document of yours that you don't want to give up. The key is that you link the inaccessible document to an accessible one.
For example, if you have an image of the Declaration of Independence, you're probably unable to make that image accessible by normal means. Instead, simply link the image to an accessible version, such as an audio file.
Open Source repositories such as the Gutenberg Project provide amazing, copyright-free alternatives such as the Declaration of Independence of the United States of America by Thomas Jefferson
Equally Effective Alternate Access Plan (EEAAP)
Alternate Means Equally Effective Opportunity
So, for example, if your task is to teach the distance formula, but you are unable to make the math in your document accessible to screen-readers, provide a link to a YouTube video in which the distance formula is explained. (Make sure the video has a text file that may be downloaded.) The point is, the idea is that you provide an equal opportunity to teach the student about the Distance Formula by alternative means -- it does NOT have to be word-for-word replication of the inaccessible file. But we need an EEAAP plan in place to do this, so that you may reference the plan in your syllabus.
“Equally effective alternate access” to electronic and information technology for persons with disabilities is based on (1) timeliness of delivery, (2) accuracy of translation, and (3) delivery in a manner and medium appropriate to the disability of the person. Such alternate(s), to be equally effective, are not required to produce the identical result or level of achievement for disabled and non-disabled persons, but must afford disabled persons equal opportunity to obtain the same result, to gain the same benefit, or to reach the same level of achievement, in the most integrated setting appropriate to the person’s needs."
The Example Case of LaTeX
LaTeX Is Powerful, And Used By The Blind
One of the most powerful alternative means we have at our disposal is use of the markup language LaTeX. One is able to write higher-order mathematics with LaTeX, and enable students to pursue advancecd mathematics, physics, and probably, computational chemistry with it. We simply can't do that with other formats right now; technology has been the limiting factor for students to pursue advanced studies, and LaTeX gets around that problem. Also, because it is used heavily in the field for certain sciences, if the use of LaTeX is supported as an option, then we could actually provide real-life job skills to ALL students, but significantly, to specifically include blind students.
LaTeX is not just for Math and the Sciences. It is a powerful option for other disciplines.
Saving Work by Exporting Formats
We can take great advantage of format to format conversions. MathType may be exported to LaTeX, so instructors who are using MathType are preparing the groundwork for the same document in LaTeX.
It is no small feat, no small accomplishment, to set up a path whereby a blind student may learn math from start to finish to graduation to job; this is what the alternative format of LaTeX can do.
In terms of the accessibility measurement tool we use, you can see that there is an advantage to using alternate formats such as LaTeX. The file format is not rated.


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My Project
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A user defined p-code op that has a dynamically defined procedure. More...
#include <userop.hh>
Public Member Functions | |
| TermPatternOp (Architecture *g, const string &nm, int4 ind) | |
| Constructor. | |
| virtual int4 | getNumVariableTerms (void) const =0 |
| Get the number of input Varnodes expected. | |
| virtual bool | unify (Funcdata &data, PcodeOp *op, vector< Varnode *> &bindlist) const =0 |
| Gather the formal input Varnode objects given the root PcodeOp. More... | |
| virtual uintb | execute (const vector< uintb > &input) const =0 |
| Compute the output value of this operation, given constant inputs. More... | |
| Public Member Functions inherited from UserPcodeOp | |
| UserPcodeOp (Architecture *g, const string &nm, int4 ind) | |
| Construct from name and index. | |
| const string & | getName (void) const |
| Get the low-level name of the p-code op. | |
| int4 | getIndex (void) const |
| Get the constant id of the op. | |
| virtual | ~UserPcodeOp (void) |
| Destructor. | |
| virtual string | getOperatorName (const PcodeOp *op) const |
| Get the symbol representing this operation in decompiled code. More... | |
| virtual void | restoreXml (const Element *el)=0 |
| Restore the detailed description from an XML stream. More... | |
Additional Inherited Members | |
| Protected Attributes inherited from UserPcodeOp | |
| string | name |
| Low-level name of p-code operator. | |
| int4 | useropindex |
| Index passed in the CALLOTHER op. | |
| Architecture * | glb |
| Architecture owning the user defined op. | |
A user defined p-code op that has a dynamically defined procedure.
The behavior of this op on constant inputs can be dynamically defined. This class defines a unify() method that picks out the input varnodes to the operation, given the root PcodeOp. The input varnodes would generally just be the input varnodes to the raw CALLOTHER after the constant id, but skipping, reordering, or other tree traversal is possible.
This class also defines an execute() method that computes the output given constant inputs (matching the format determined by unify()).
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pure virtual |
Compute the output value of this operation, given constant inputs.
| input | is the ordered list of constant inputs |
Implemented in SegmentOp.


{% extends "base.html" %} {% load verbatim %} {% load inline_file %} {% block preload %} {% if VULCANIZE %} {% endif %} {% endblock %} {% block html_imports %} {% endblock %} {% block rss %} {% endblock %} {% block css %} {% endblock %} {% block drawer %}
Features are ordered by Chrome release version, latest first. Features enabled by default always come first, followed by features that are origin trials, behind a flag or still in the development.


A simple test Script that doesn't do much, but it's a start.
Attach it to a chart, select the tests you want to run,
and a MessageBox will pop up to tell you if it passed or failed.
We will put each test as a boolean external input so the user
can select which tests to run.
bool bAssertStrerrortEqual(int i, string u)
string eTestErrorMessages()
void OnStart()
void OnDeinit(const int reason)
Source code: https://github.com/OpenTrading/OTMql4Zmq/raw/master/MQL4/Scripts/OTMql4/OTMql4ZmqTest.mq4
This file is automatically generated from the source code: do not edit.
Parent: CodeScripts


3 writes to _executionScope
System.Management.Automation (3)
engine\pipeline.cs (3)
83
_executionScope
= null;
949
_executionScope
= firstcommandProcessor.Context.EngineSessionState.CurrentScope;
1581
_executionScope
= value;
2 references to _executionScope
System.Management.Automation (2)
engine\pipeline.cs (2)
947
if (
_executionScope
== null)
1573
return
_executionScope
;


For experienced developers that want to get better at designing well-crafted solutions. It focuses on designing software that is responsive to changing requirements and new functionality, avoiding the pitfalls that lead to legacy code.
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