Static Public Member Functions | |
| static bm::word_t * | allocate (size_t n, const void *) |
| static void | deallocate (bm::word_t *p, size_t n) |
| static int | balance () |
Static Public Attributes | |
| static unsigned | na_ = 0 |
| static unsigned | nf_ = 0 |
Definition at line 44 of file sample6.cpp.
| static bm::word_t* dbg_block_allocator::allocate | ( | size_t | n, | |
| const void * | ||||
| ) | [inline, static] |
| static int dbg_block_allocator::balance | ( | ) | [inline, static] |
| static void dbg_block_allocator::deallocate | ( | bm::word_t * | p, | |
| size_t | n | |||
| ) | [inline, static] |
unsigned dbg_block_allocator::na_ = 0 [static] |
Definition at line 47 of file sample6.cpp.
Referenced by allocate(), balance(), and main().
unsigned dbg_block_allocator::nf_ = 0 [static] |
Definition at line 48 of file sample6.cpp.
Referenced by balance(), and deallocate().


Home
About
Portfolio
Blog
Contact
Portfolio
Home
Portfolio
Web Dev Projects
Created with HTML, CSS, JavaScript, Bootstrap, React.js, jQuery, Node.js, MySQL, & AJAX
View on GitHub
FINDO
Train Schedule
Clicky Game
Crystal Collector
Resume Tracker Project
Birthday Tracker Project
Branding & Info Design Projects
Created with Adobe Creative Cloud Suite
Technical Writing & Communication Scholarships Handout 2019
Adobe InDesign
Technical Writing & Communication Major-Minor Handout 2019
Adobe InDesign
Writing Studies Newsletter
MailChimp
ER Web Dev Logo
Adobe Illustrator
Layered Beach
Adobe Photoshop
Allergy Brochure Re-Write
Adobe InDesign
Drupal Projects
Created with Drupal 7
Pillsbury Hall Renovation
CLA Style Guide


Interested in learning more? Fill out the form below with your contact information and we'll reach out with additional information. Thank you for your interest!


#include <ipv6_address.hpp>
|
|
using | address_type = std::array< std::uint8_t, 16 > |
| |
Class to store an IPv6 address in an array, and to provide convenient access to its data as required by various network APIs.
- Author
- Timothy Flynn (trfly.nosp@m.nn89.nosp@m<EMAIL_ADDRESS>- Version
- February 13, 2021
◆ IPv6Address() [1/4]
| fly::net::IPv6Address::IPv6Address |
( |
| ) |
|
|
default |
Default constructor. Initializes the IPv6 address to ::.
◆ IPv6Address() [2/4]
| constexpr fly::net::IPv6Address::IPv6Address |
( |
const address_type & |
address | ) |
|
|
explicitconstexprnoexcept |
Constructor. Create an IPv6 address from a 16-part array of octets. The array should be ordered such that index 0 is the first octet and index 15 is the sixteenth octet.
- Parameters
-
| address | The 16-part array of octets to initialize the IPv6 address from. |
◆ IPv6Address() [3/4]
| constexpr fly::net::IPv6Address::IPv6Address |
( |
address_type && |
address | ) |
|
|
explicitconstexprnoexcept |
Constructor. Create an IPv6 address from a 16-part array of octets. The array should be ordered such that index 0 is the first octet and index 15 is the sixteenth octet.
- Parameters
-
| address | The 16-part array of octets to initialize the IPv6 address from. |
◆ IPv6Address() [4/4]
| constexpr fly::net::IPv6Address::IPv6Address |
( |
const address_type::value_type(&) |
address[16] | ) |
|
|
explicitconstexprnoexcept |
Constructor. Create an IPv6 address from a 16-part array of octets. The array should be ordered such that index 0 is the first octet and index 15 is the sixteenth octet.
- Parameters
-
| address | The 16-part array of octets to initialize the IPv6 address from. |
◆ copy()
| constexpr void fly::net::IPv6Address::copy |
( |
address_type::value_type(&) |
address[16] | ) |
const |
|
constexpr |
Copy the IPv6 address into a 16-part array.
- Parameters
-
| address | The 16-part array of octets to copy the IPv6 address into. |
◆ from_string()
| constexpr std::optional< IPv6Address > fly::net::IPv6Address::from_string |
( |
std::string_view |
address | ) |
|
|
staticconstexpr |
Construct an IPv6 address from a string of hexadectets.
The provided string must be fully formed or use shorthand form. In shorthand form, each hexadectet may have leading zeros removed (that is, the hexadectet "001a" may be provided as just "1a"). Further, consecutive hexadectets of zeros may be replaced with two colons (that is, the hexadectets "1:0:0:1" may be provided as "1::1"); this replacement may only be used once in the string.
- Parameters
-
| address | The string to initialize the IPv6 address from. |
- Returns
- If successful, the constructed IPv6 address. Otherwise, an uninitialized value.
◆ in_addr_any()
| constexpr IPv6Address fly::net::IPv6Address::in_addr_any |
( |
| ) |
|
|
staticconstexpr |
- Returns
- An IPv6 address representing IN6ADDR_ANY.
◆ in_addr_loopback()
| constexpr IPv6Address fly::net::IPv6Address::in_addr_loopback |
( |
| ) |
|
|
staticconstexpr |
- Returns
- An IPv6 address representing IN6ADDR_LOOPBACK.
◆ operator<=>()
| auto fly::net::IPv6Address::operator<=> |
( |
const IPv6Address & |
| ) |
const |
|
default |
Three-way-comparison operator. Defaulted to perform the comparison on the IPv6 array data.
The documentation for this class was generated from the following file:


--- layout: post title: How Long Would It Take if Everything Went Wrong? date: 2006-06-16 00:00:00 category: software-development ---
How Long Would It Take if Everything Went Wrong?: "While it's impossible to give a perfect estimate, it's a good idea to start with the worst case scenario and extrapolate backwards to the best case."


require("proAudioRt")
All API calls are collected in the global table proAudio. Therefore, proteaAudio is initialized (using the default parameters) by the following call:
proAudio.create()
After that the individual methods and functions may be called analogous to the C++ interface of class DeviceAudio.
proAudio.create( tracks = 8, frequency = 22050, chunkSize = 1024 )initializes audio playback device
Parameters:
Returns: true in case the device initialization was successful
proAudio.destroy( )closes audio device and terminates playback
Returns: true in case the device was successfully closed
proAudio.loaderAvailable ( suffix )returns true in case a loader for this file type is available
proAudio.volume ( left, [ right ] )sets master volume, either for both channels uniformly, or individually
proAudio.sleep( seconds )Suspends the execution of the current thread for a definable number of seconds. Note that audio mixing and playback runs in its own background thread and is therefore not affected by this auxiliary call.
proAudio.sampleFromFile ( filename, volume = 1.0 )loads a sound sample from file, optionally adjusts volume, returns handle
proAudio.sampleFromMemory ( data, sampleRate )converts an array of numeric data into a sound sample having the defined sample rate, returns handle
proAudio.sampleDestroy ( sample )deletes a previously created sound sample resource identified by its handle
duration, channels, sampleRate, bitsPerSample = proAudio.sampleProperties ( sample )returns properties of a sample identified by its handle
proAudio.soundActive ( )returns number of currently active sounds
proAudio.soundLoop ( sample, volumeL = 1.0, volumeR = 1.0, disparity = 0.0, pitch = 1.0 )plays a specified sound sample continuously and sets its parameters
Parameters:
Returns: a handle to the currently played sound or -1 in case of error
proAudio.soundPlay ( sample, volumeL = 1.0, volumeR = 1.0, disparity = 0.0, pitch = 1.0 )plays a specified sound sample once and sets its parameters
Parameters:
Returns: a handle to the currently played sound or -1 in case of error
proAudio.soundStop ( [ sound ] )stops a specified sound immediately, if a sound handle is passed, or stops all sounds
proAudio.soundUpdate ( sound, volumeL, volumeR, disparity = 0.0, pitch = 1.0 )updates parameters of a specified sound
Parameters:
Returns: true in case the parameters have been updated successfully
-- create an audio device using default parameters or exit in case of errors require("proAudioRt") if not proAudio.create() then os.exit(1) end
-- load and play a sample: sample = proAudio.sampleFromFile("sample.ogg") if sample then proAudio.soundPlay(sample) end
-- wait until the sound has finished: while proAudio.soundActive()>0 do proAudio.sleep(0.05) end
-- close audio device proAudio.destroy()
proAudio.sampleFromMemory(data, sampleRate)
The data parameter has to be a table reference containing an array of numeric PCM data ranging from -1.0 to +1.0. The sampleRate parameter defines the number of samples per second. Typical sample rates are 22050 or 44100. Note that for obtaining good qualities when doing dynamic pitch shifts high sample rates (up to 88200) are recommended.
-- function creating a sine wave sample: function sampleSine(freq, duration, sampleRate) local data = { } for i = 1,duration*sampleRate do data[i] = math.sin( (i*freq/sampleRate)*math.pi*2) end return proAudio.sampleFromMemory(data, sampleRate) end
-- plays a sample shifted by a number of halftones for a definable period of time function playNote(sample, pitch, duration, volumeL, volumeR, disparity) local scale = 2^(pitch/12) local sound = proAudio.soundLoop(sample, volumeL, volumeR, disparity, scale) proAudio.sleep(duration) proAudio.soundStop(sound) end
-- create an audio device using default parameters and exit in case of errors require("proAudioRt") if not proAudio.create() then os.exit(1) end
-- generate a sample: local sample = sampleSine(440, 0.5, 88200)
-- play scale (a major): local duration = 0.5 for i,note in ipairs({ 0, 2, 4, 5, 7, 9, 11, 12 }) do playNote(sample, note, duration) end
-- cleanup proAudio.destroy()
| © 2009-02-04 by Gerald Franz, www.viremo.de | impressum |


Adds the given string as an embedded SMAP with the given stratum name.
Adds the given string as an embedded SMAP with the given stratum name.
the SMAP to embed
the name of the stratum output by the compilation that produced the smap to be embedded
Adds the given SourceMapStratum object, representing a Stratum with logically associated FileSection and LineSection blocks, to the current SourceMap.
Adds the given SourceMapStratum object, representing a Stratum with logically associated FileSection and LineSection blocks, to the current SourceMap. If default is true, this stratum is made the default stratum, overriding any previously set default.
the SourceMapStratum object to add
if true, this SourceMapStratum is considered to represent the default SMAP stratum unless overwritten
Instructs the SourceMap whether to actually print any embedded SMAPs or not.
Instructs the SourceMap whether to actually print any embedded SMAPs or not. Intended for situations without an SMAP resolver.
If false, ignore any embedded SMAPs.
Sets the filename (without path information) for the generated source file.
Sets the filename (without path information) for the generated source file. E.g., "foo$jsp.java".
Represents a source map (SMAP), which serves to associate lines of the input JSP file(s) to lines in the generated servlet in the final .class file, according to the JSR-045 spec.


In this work, we present a domain ontology for Transportation System. We have developed an ontology for a semantics-aware transportation system from the perspective of a traveler user, capable of an- swering general competence queries like the nearest bus stop to a particular place, the nearest parking slots available, etc. We have studied the transportation system of some of the big cities of the world and have tried to come up with a vocabulary that can be applied to any city with little modications. This vocabulary is further aligned with an upper-level ontology to have a common starting point.
The underlying functioning of an ontology and the mechanism of processing data in a machine readable format makes an ontology an important artifact of the semantic web. Domain ontologies provide a controlled vocabulary of concepts,syntax and semantics that help machine and people communicate. Information available on current transportation systems is highly unstructured and unorganized. The unstructured representation of transportation system makes it hard to extract meaningful information. Often, a user has to visit several web portals to acquire the required information; it becomes worse in case of a new user who has never visited a city before. When considering the functioning of the transportation system, a user may be one who has to travel from one place to another (a traveler) or the one who helps a traveler to travel (driver, ticket officer, etc.). Choosing the best way to move from one place to another for a traveler may involve different Filters: modes of transportation available, schedule of a public vehicle, parking space availability, safety concerns, etc. On the other hand, for a service provider, various statistics may be of concern, for example, number of passengers travelling, the amount of money collected from tickets, crime rates, number of accidents reported, etc. The focus of this work is to build an ontology from a traveler's perspective to represent the transportation system. This, in turn, achieves answering user queries in a straightforward and less time-consuming manner. The ontology inherently provides a simple vocabulary for describing a generic transportation system. The vocabulary provides information that a traveler may need and plan his journey accordingly.
An alphabetical index of terms from the An Ontology for Transportantion System, by class and by property, are given below. All the terms are hyperlinked to their detailed description for quick reference.
Classes: | Accident | AgenticePhysicalObject | Aircraft | airplane | Airport | Ambualance | AutoRickshaw | Building | Bus | BusStation | CableCar | CableCarStation | City | Coach | conveyance | City | ChargingZone | ferry | geographicalobject | helicopter | Event | nonAgentivePhysicalObject | metro | motorcycle | NaturalPerson Passenger | passengerTrain | Personnel | physicalPlace | railroadTrain | restrictedArea | ship | seaport | taxiCab | train | trainStation | tram | tramway | truck tube vehicle | watercraft
Object Properties: | district | locatedAt | manangedBy | metWith | serveIn | startFrom | stopAt | ticketAvailableAt | travelAt
Data Properties: | address | airportName | description | document | firstName | lastName | name | phone | properties | size |
We would like to thank Prof. Fausto Giunchiglia for providing his expertise insights in this work. We also thank Dr. Subhashis Das for his valuable advice and guidance at various stages of the work. At last, we wish to express our gratitude to all anonymous reviewers who devoted their time and mind for this work.


EBD - Easton Bible DIctionary
Open place
OPEN PLACE
"OPEN PLACE"
Genesis 38:14, 21
, mar. Enaim; the same probably as Enam (
Joshua 15:34
), a city in the lowland or Shephelah.
"OPEN PLACE" Genesis 38:14, 21, mar. Enaim; the same probably as Enam (Joshua 15:34), a city in the lowland or Shephelah.


Abyssal Celebrant Undrias:
Ah, you have brought the items we require for the Ceremony of Darkness. Excellent! Truly, the goddess will be pleased with our efforts. Take your reward and continue to serve Shilen faithfully.


Global Authentication
This field can handle authentication for all of your repositories listed below.
You can enter a user:pass or a github token. If you do not want a repository to use this token;
untick the use global checkbox next to the repo specifications.


Tic-tac toe
Hey! You could learn from your mistakes. Click on the moves on the sides.
Player 1
Player 2
hdjhbj


|
||||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object edu.biu.scapi.comm.ChannelDecorator edu.biu.scapi.comm.AuthenticatedChannel
public class AuthenticatedChannel
This channel ensures UnlimitedTimes security level. The owner of the channel is responsible for setting the MAC algorithm to use and make sure the the MAC is initialized with a suitable key. Then, every message sent via this channel is authenticated using the underlying MAC algorithm and every message received is verified by it.
The user needs not to worry about any of the authentication and verification tasks. The owner of this channel can rest assure that when an object gets sent over this channel it gets authenticated with the defined MAC algorithm. In the same way, when receiving a message sent over this channel (which was authenticated by the other party) the owner of the channel receives an already verified and plain object.
| Constructor Summary | |
|---|---|
AuthenticatedChannel(Channel channel,
Mac mac)
This public constructor can be used by anyone holding a channel that is connected. |
| Method Summary | |
|---|---|
void |
close()
Close the channel. |
boolean |
isClosed()
|
java.io.Serializable |
receive()
Receives an authenticated message sent by the other party. |
void |
send(java.io.Serializable msg)
Sends an authenticated message on the channel, using the underlying MAC algorithm. |
void |
setKey(javax.crypto.SecretKey key)
Sets the key of the underlying MAC algorithm. |
| Methods inherited from class java.lang.Object |
|---|
equals, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Constructor Detail |
|---|
public AuthenticatedChannel(Channel channel, Mac mac) throws SecurityLevelException
CommunicationSetup
which returns a set of already connected channels. (Note that PlainTCPChannel
does not have a public constructor, if you wish to establish
a connection without the CommunicationSetup you will need to write your own Channel class).
channel
- an already connected channelmac
- the MAC algorithm required to authenticate the messages sent by this channel
SecurityLevelException
- if the MAC algorithm passed is not UnlimitedTimes-secure| Method Detail |
|---|
public void setKey(javax.crypto.SecretKey key) throws java.security.InvalidKeyException
key
- a suitable SecretKey
java.security.InvalidKeyException
- if the given key does not match the underlying MAC algorithm.public java.io.Serializable receive() throws java.lang.ClassNotFoundException, java.io.IOException
null
if the message does not verify
java.lang.ClassNotFoundException
java.io.IOException
public void send(java.io.Serializable msg) throws java.io.IOException
msg
- the object to send to the other party AS IS, the only constraint is that it must be Serializable
java.io.IOException
public void close()
public boolean isClosed()
|
||||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |


| 1a Has 5-12 flowers in
each row |
|
Go to 2 Sarcocornia |
| 1b Has only 3 flowers in each row |
|
Go to 3 |
| 2a Flowers are in a single
row |
|
Sarcocornia quinqueflora |
| 2b Middle flowers in each row are
doubled |
|
Sarcocornia blackiana |
| 3a All flowers are bisexual |
|
Go to 4 Halosarcia |
| 3b Middle flower is bisexual, outer
flowers are male |
|
Sclerostegia arbuscula |
| 4a Terminal inflorescence
almost even |
|
Halosarcia pruinosa |
| 4b Terminal inflorescence has separate
fan shaped bracts |
|
Halosarcia flabelliformis |
| 4c Terminal inflorescence is spiky |
|
Halosarcia indica (has 2 subspecies) |
| 4d Terminal inflorescence is uneven |
|
Go to 5 |
| 5a Seed is comma shaped,
reddish-brown to-black, with concentric rings of bumps. Central
flower is shaped thus: |
|
Halosarcia pergranulata |
| 5b Seed oval, smooth, red-brown.
Central flower shaped thus: |
|
Halosarcia halecnemoides |
- Halosarcia pergranulata and H. halocnemoides sometimes hybridise.
- Sarcocornia species are "decumbent" - they are low growing, they lay down and set roots at the nodes on the stem.
- The colours in this key are for illustrative purposes only - see a text book for information on the exact colouration of different species.
|
|
Please feel free to use this key, but respect the
copyright. All use of the key and illustrations should be referenced
as follows:
Coleman PSJ (1996) An Artificial Key
to the Samphires of the Saltfield , Delta Environmental Consulting
, Adelaide |
|


With supporting text below as a natural lead-in to additional content.
Go somewhereWith supporting text below as a natural lead-in to additional content.
Go somewhereWith supporting text below as a natural lead-in to additional content.
Go somewhereWith supporting text below as a natural lead-in to additional content.
Go somewhereLorem, ipsum dolor.


A young man who survives a disaster at sea is hurtled into an epic journey of adventure and discovery. While cast away, he forms an unexpected connection with another survivor: a fearsome Bengal tiger.
In Canada, a writer visits the Indian storyteller Pi Patel and asks him to tell his life story. Pi tells the story of his childhood in Pondicherry, India, and the origin of his nickname. One day, his father, a zoo owner, explains that the municipality is no longer supporting the zoo and he has hence decided to move to Canada, where the animals the family owns would also be sold. They board on a Japanese cargo ship with the animals and out of the blue, there is a storm, followed by a shipwrecking. Pi survives in a lifeboat with a zebra, an orangutan, a hyena and a male Bengal tiger nicknamed Richard Parker. They are adrift in the Pacific Ocean, with aggressive hyena and Richard Parker getting hungry. Pi needs to find a way to survive. Written by Claudio Carvalho, Rio de Janeiro, Brazil
| Actor | Role |
|---|---|
| Suraj Sharma | Pi Patel |
| Irrfan Khan | Adult Pi Patel |
| Ayush Tandon | Pi Patel (11-12 Years) |
| Gautam Belur | Pi Patel (5 Years) |
| Adil Hussain | Santosh Patel |
| Tabu | Gita Patel |
| Ayaan Khan | Ravi Patel (7 Years) |
| Mohd. Abbas Khaleeli | Ravi Patel (13-14 Years) |
| Vibish Sivakumar | Ravi Patel (18-19 Years) |
| Rafe Spall | Writer |
| Gérard Depardieu | Cook |
| James Saito | Older Insurance Investigator |
| Jun Naito | Younger Insurance Investigator |
| Andrea Di Stefano | Priest |
| Shravanthi Sainath | Anandi |


public class LibraryUltrasonicDrive
extends java.lang.Object
| Modifier and Type | Field and Description |
|---|---|
(package private) static double
|
HEADING_THRESHOLD
|
(package private) static double
|
P_DRIVE_COEFF
|
(package private) static double
|
P_TURN_COEFF
|
(package private) int |
read_distance_left
|
(package private) int |
read_distance_right
|
(package private) boolean |
readLeftSensor
|
(package private) HardwareBeep
|
robot
|
com.qualcomm.robotcore.util.ElapsedTime |
runtime
|
(package private)
org.firstinspires.ftc.robotcore.external.Telemetry |
telemetry
|
| Constructor and Description |
|---|
LibraryUltrasonicDrive()
|
| Modifier and Type | Method and Description |
|---|---|
double |
getError(double targetDistance)
getError determines the error between the
target angle and the robot's current heading
|
double |
getSteer(double error,
double PCoeff)
returns desired steering force.
|
void |
init(HardwareBeep myRobot,
org.firstinspires.ftc.robotcore.external.Telemetry myTelemetry)
The hardware class needs to be initialized
before this f unction is called
|
(package private) boolean |
onHeading(double speed,
double distance,
double PCoeff)
|
void |
ultrasonicDrive(double speed,
int encoderTicks,
double distance_target)
|
static final double HEADING_THRESHOLD
static final double P_TURN_COEFF
static final double P_DRIVE_COEFF
public com.qualcomm.robotcore.util.ElapsedTime runtime
HardwareBeep robot
org.firstinspires.ftc.robotcore.external.Telemetry telemetry
boolean readLeftSensor
int read_distance_left
int read_distance_right
public void init(HardwareBeep myRobot, org.firstinspires.ftc.robotcore.external.Telemetry myTelemetry)
public void ultrasonicDrive(double speed, int encoderTicks, double distance_target)
boolean onHeading(double speed, double distance, double PCoeff)
public double getError(double targetDistance)
targetDistance
- Desired angle (relative to
global reference established at last Gyro Reset).
public double getSteer(double error, double PCoeff)
error
- Error angle in robot relative degrees
PCoeff
- Proportional Gain Coefficient


+
0
-
+
0
-
+
0
-
+
0
-
+
0
-
+
0
-
My Food Pyramid
Date entry
Valid dates appear here
Check box if you are under 5 years old


This is your secret token DO NOT GIVE THIS TO ANYONE.
Whoever posseses this token will have unmitigated access to your fastcash account.
SECRET TOKEN: ${scope.secretToken}
FASTCASHMONEYPLUS.biz is currently in Development Beta mode. As such, the public FASTCASH API is available, with a graphical user interface forthcoming. Esxpected sometime in early 2017.
VIEW ALL FASTCASH ADDRESSES AND BALANCES:
CREATE A NEW ADDRESS:
POST ${scope.API_ROOT}accounts
TRANSFER FUNDS FROM YOUR ADDRESS TO ANOTHER ADDRESS
(NOTE: In development beta, this only queues transfers in the system.


Questions about me
- Hello there user. My name is Andy Helmer. Would you like to play a guessing game about me?
- Am I the best coder in the world user?
- Am I interested in sports user?
- Am I completely new to coding user?
- Am I tall user?
- Can you guess how many students are in my class?
- User can you guess a country I want to visit?


About Me
Blog
Portfolio
Contact Me
Latest Post
Posted June 1, 2015
Second Post
Posted May 24, 2015
First Post
Posted May 24, 2015


[gecode-users] wrapping SetVar
Guido Tack
tack at ps.uni-sb.de
Thu Feb 8 08:09:48 CET 2007
> SetView::variable(void) works for me!
Ok, good. The only problem is that you can't get the pointer back to
something you can use... You'd have to add another constructor to
SetView that takes a SetVarImp*.
>
>>
>>> // this function could be called something like
>>> // LubRanges_from_SetVar
>>> {
>>> ...
>>> SetVar* set;
>>> SetView view(*set);
>>> return new LubRanges ranges(view); // (this would not work I
>>> suppose....)
>>> }
>>
>> This will work!
>
> :) And this one two!
>
> But concerning the SetView, when the function returns I think the
> destructor is called and then it is deallocated from the stack,
> right? This does no harm since the LubRanges is working on the
> underlying implementation.
SetView and SetVar (and all other views and vars) are nothing but
wrappers around a single pointer. This pointer is never affected by
any allocation or deallocation of a var or view. That's why nothing
goes wrong here. And the pointer is normally kept internal because
you cannot do anything useful with it - except maybe for storing it
somewhere.
> But in general, shouldn't I be able to create an Object like
> SetView, or e.g
> Gecode::Int::OffsetView with a function and return it to Lisp
> directly?
>
> I imagine the case, where I could pass an Int::OffsetView to a
> propagator, freeing me from the need to create a new IntVar to only
> represent a constant addition of 1 for example.
> Maybe I am even not supposed to do something like that?
No, you're not. You can't call a propagator with an OffsetView
anyway! The posting interface for propagators only accepts SetVars
(or IntVars or BoolVars). The offset is not represented in the actual
variable data structures, only in the view wrapper. This is an
internal mechanism for getting more propagators out of a single
implementation (we wrote a paper about this, if you're interested in
what can be done with views).
Cheers,
Guido
More information about the gecode-users
mailing list


{{ data.paragraphOne }}
{{ data.paragraphTwo }}
gangnam style
Minecraft gangnam style
My name is kevin he
i like minecraft
minecraft is my favroite game
I like icecream
Your couch. It is mine.
Im a cool paragraph that lives inside of an even cooler modal. Wins
×Your couch. It is mine.
Im a cool paragraph that lives inside of an even cooler modal. Wins
×


Project Charter
Neovim is not a rewrite of Vim; it is a refactor (and sometimes redactor) in
the tradition of Vim which itself derives from Stevie.
Neovim is a continuation and extension of Vim. Many rewrites, clones,
emulators and imitators exist; some are very clever; none are Vim. Neovim
strives to be a superset of Vim, notwithstanding some intentionally removed
misfeatures; thus insofar as one accepts those few and carefully-considered
excisions, Neovim is Vim. The project is built for users who want the good
parts of Vim, without compromise, plus some new good parts.
The design of Neovim is informed by established industry principles such as
modularity, isolation, well-defined interfaces, in order to:
- Simplify maintenance and comprehension
- Encourage contributions, scale development work
- Enable new applications (remote plugins, integrations) and frontends (UIs)
This purpose of this charter is to clarify priorities and to guide
decisions.
Project Goals
- Leverage existing and ongoing Vim development development
- Maintain feature parity with Vim and avoid regressions
- Continue the Vim tradition of backwards compatibility
- Keep the core small and fast
- Make the core more extensible
- Target all platforms supported by libuv
- Optimize "out of the box", for new users but especially regular users
- Delegate functionality to plugins, but preserve the utility of the nvim core
- Ship Luajit as first-class scripting alternative
Project Non-Goals
- Turn Vim into an IDE
- Limit applications (such as IDEs) built with Neovim
- Deprecate VimL
Guiding Principles
- Do Not Regress From Origin
- Decide outcomes by weighing cost and benefit
- Use automation to solve problems
- Enable new contributors: remove barriers to entry
- Prefer usability over tradition if the benefit greatly outweighs the cost
- In matters of taste or ambiguity, favor tradition/compatibility
- Unblock contributors and plugin authors; allow progress
- Give usability a chance


At regular intervals, you will be assigned to read articles or excerpts related to the course material. You will write summaries to indicate your comprehension of the key ideas in the reading. Follow the links below:
Each summary (2 points each) should be less than one page long (expected length: approximately 1/2 - 2/3 page). Quality is valued over quantity. Submissions over one page will receive no credit.
Each summary should contain the following:
Be sure to include specifics and back up your statements with data from the article or your particular experiences. Provide minimal, if any, direct quotes: this is your summary.
If you summarize the main points from the article, and provide a reasonable critical analysis, you should get full points.
Submission: All summaries will be submitted in pdf via Google Classroom.


PRESTIGE FURNITURE.
HOME
GALLERY
PRODUCTS
CONTACT US
ENQUIRY
Name:
Phone Number:
Email:
Product:
Select product
Living Room
Dinning Room
Bed
Office Furniture
Utilities
Outdoor Furniture
Home Decor
Address:
Comment:


This solution consists of two projects, a web API back end that exposes a restful set of CRUD operations that manage an in memory DB of To Do List items and a SPA mvc app for the front end that uses Angular 2 for the client side components.
Web API project that uses Swagger to list it's operation when it is run.
Asp.net Core App that uses Angular 2 for it's client layer. It displays the data from the back end in a grid and allows the adding, updating and deleting of records.
Angular 2 Guide: https://www.sitepoint.com/ultimate-angular-cli-reference/
.Net Web API: https://docs.microsoft.com/en-us/aspnet/core/tutorials/first-web-api


Before Change
try:
logger.debug("Learning with Vigra...")
// train and store self._forest_count forests in parallel
requests = []
for i in range(self._forest_count):
def train_and_store(number):
result[number] = vigra.learning.RandomForest(self._tree_count)
result[number].learnRF(featMatrix.astype(numpy.float32),labelsMatrix.astype(numpy.uint32))
req = Request(partial(train_and_store, i))
req.submit()
requests.append(req)
for r in requests:
r.wait()
logger.debug("Vigra finished")
except:
logger.error( "ERROR: could not learn classifier" )
logger.error( "featMatrix shape={}, max={}, dtype={}".format(featMatrix.shape, featMatrix.max(), featMatrix.dtype) )
After Change
try:
logger.debug("Learning with Vigra...")
// train and store self._forest_count forests in parallel
pool = Pool()
for i in range(self._forest_count):
def train_and_store(number):
result[number] = vigra.learning.RandomForest(self._tree_count)
result[number].learnRF(featMatrix.astype(numpy.float32),labelsMatrix.astype(numpy.uint32))
req = pool.request(partial(train_and_store, i))
pool.wait()
logger.debug("Vigra finished")
except:
logger.error( "ERROR: could not learn classifier" )


${post.title}
Published at ${post.creation}
${post.content}
Edit
|
Delete
Create New Post
|
Back to Main Page


/* * Copyright (c) 2006 Paolo Abeni (Italy) * All rights reserved. * * Redistribution and use in source and binary forms, with or without * modification, are permitted provided that the following conditions * are met: * * 1. Redistributions of source code must retain the above copyright * notice, this list of conditions and the following disclaimer. * 2. Redistributions in binary form must reproduce the above copyright * notice, this list of conditions and the following disclaimer in the * documentation and/or other materials provided with the distribution. * 3. The name of the author may not be used to endorse or promote * products derived from this software without specific prior written * permission. * * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS * "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT * LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR * A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT * OWNER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, * SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT * LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, * DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY * THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT * (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE * OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. * * Basic USB data struct * By Paolo Abeni<EMAIL_ADDRESS>* * @(#) $Header: /tcpdump/master/libpcap/pcap/usb.h,v 1.6 2007/09/22 02:06:08 guy Exp $ */ #ifndef _PCAP_USB_STRUCTS_H__ #define _PCAP_USB_STRUCTS_H__ /* * possible transfer mode */ #define URB_TRANSFER_IN 0x80 #define URB_ISOCHRONOUS 0x0 #define URB_INTERRUPT 0x1 #define URB_CONTROL 0x2 #define URB_BULK 0x3 /* * possible event type */ #define URB_SUBMIT 'S' #define URB_COMPLETE 'C' #define URB_ERROR 'E' /* * USB setup header as defined in USB specification. * Appears at the front of each packet in DLT_USB captures. */ typedef struct _usb_setup { u_int8_t bmRequestType; u_int8_t bRequest; u_int16_t wValue; u_int16_t wIndex; u_int16_t wLength; } pcap_usb_setup; /* * Header prepended by linux kernel to each event. * Appears at the front of each packet in DLT_USB_LINUX captures. */ typedef struct _usb_header { u_int64_t id; u_int8_t event_type; u_int8_t transfer_type; u_int8_t endpoint_number; u_int8_t device_address; u_int16_t bus_id; char setup_flag;/*if !=0 the urb setup header is not present*/ char data_flag; /*if !=0 no urb data is present*/ int64_t ts_sec; int32_t ts_usec; int32_t status; u_int32_t urb_len; u_int32_t data_len; /* amount of urb data really present in this event*/ pcap_usb_setup setup; } pcap_usb_header; #endif


Description here
brew cask install iterm2
Explain quake like and basic setup for credentials Visit the official website for the latest instructions https://www.iterm2.com/


--- date: "2007-10-21T00:00:00Z" meta: _edit_last: "2" published: true status: publish categories: - Programming tags: - .NET title: Edmonton Code Camp 2007 type: post ---
This Saturday past we had the Edmonton Code Camp. I'd say things went pretty well. It's my understanding that some 80 people showed up to hear a variety of topics. I kicked off the day in "Track #2" with a Introduction to Test Driven Development. For those who are interested in my presentation / code, you can download it here.


|
The chinese Weekly, Inno-Media Ltd. Address: 7 Stratford Place, London, WIC IAY Phone: 0044 (0)<PHONE_NUMBER> 我们欢迎世界各地的《华闻周刊》读者与我们分享您的经历、见闻与观点。照片和文字投稿请联络：<EMAIL_ADDRESS>|
《华闻周刊》团队为许多国内外知名品牌做出了成功的市场营销方案，如果您有广告投放、公关活动方面的合作意向，请点击华闻周刊广告部网页查看更多详情或者通过广告部邮箱联系： Website： https://www.thechineseweeklyads.co.uk/tcw-service<EMAIL_ADDRESS>Please be aware that The Chinese Weekly may record telephone communications for Quality Control Purposes. If you do not consent for your telephone communications to be recorded and reviewed for quality assurance purposes please notify The Chinese Weekly contact that you speak with at the commencement of the telephone communication. |
上海市徐汇区斜土路2601号
{$site_admin_email}
+021 3112 0248
NO.2601 Xie Tu Road, Shanghai China
{$site_admin_email}
+8621 3112 0248


"Concentrate on the centre of the galaxy — if it has a smooth, uninterrupted, needle or lens-shape then click "no bulge." Otherwise your options are "rounded" or "boxy" bulges (but boxy bulges are rare). Click on the images to see larger examples.


Basic Statistics
| Measure | Value |
|---|---|
| Filename | sa20.fastq |
| File type | Conventional base calls |
| Encoding | Sanger / Illumina 1.9 |
| Total Sequences | 378805 |
| Filtered Sequences | 0 |
| Sequence length | 18-284 |
| %GC | 35 |
Per base sequence quality
Per sequence quality scores
Per base sequence content
Per base GC content
Per sequence GC content
Per base N content
Sequence Length Distribution
Sequence Duplication Levels
Overrepresented sequences
No overrepresented sequences
Kmer Content
| Sequence | Count | Obs/Exp Overall | Obs/Exp Max | Max Obs/Exp Position |
|---|---|---|---|---|
| AAAAA | 358980 | 1.7519871 | 6.0862637 | 280 |


You Can Now Store 3,000 Pocket Monsters In Pokémon GO
New item capacity upgrades as well
by Liam DoolanOne gripe we've had with Pokémon GO since it was released, is that there's never enough storage space for all of the Pokémon you catch and items you obtain. As more updates have been released, it's only become more difficult to store it all.
With Niantic adding new Pokémon and items to the popular augmented mobile game on a regular basis, it's realised trainers might be in need of yet another storage upgrade. That's why it's decided to expand Pokémon storage to 3,000 slots, and bag upgrades mean you can now hold up to 2,500 items.
In Pokémon GO, you start out with 300 slots for Pokémon and a bag that is able to hold 350 items. Unless you're an avid player, you're unlikely to be in need of the latest storage upgrades. The cost of each upgrade remains the same – 200 PokéCoins to hold 50 more items, and 200 PokéCoins for 50 more slots.
Is this the storage upgrade you've been waiting for? Comment below.
[via pokemongohub.net]


--- layout: page title: "Community Impact" description: "Requires some build up time and commitment..." header-img: "img/home-bg.jpg" --- 访问统计 本站总访问量次


Windows 2000 is incapable of detatching a debugger already attached to an application. Thus if the Holodeck Debugger option is enabled, it isnít possible for Holodeck to detach from the application. For more information please see the related help topic.
This has the following effects:
1) The menu item for attaching/detaching the Holodeck debugger to the application during the session is not present under Windows 2000, as this is not possible under Windows 2000.
2) If the attach debugger option is enabled, through the New Project Wizard the application will terminate when the project is closed.
3) If attaching to a service, the attach debugger is disabled by default, attaching to a service in Windows 2000 may potentially be dangerous as the service will be terminated forcefully.
This does not affect Windows XP or Longhorn.


This is an open-source project is early development stage. Get sources or report a bug. © Red Hat, 2014


A house is a building that functions as a home, ranging from simple dwellings such as rudimentary huts of nomadic tribes and the fixed structures of wood
A house is a building that functions as a home, ranging from simple dwellings such as rudimentary huts of nomadic tribes and the fixed structures of wood
A house is a building that functions as a home, ranging from simple dwellings such as rudimentary huts of nomadic tribes and the fixed structures of wood


Reports synchronized statements
having empty bodies. While theoretically this may be the semantics intended, this construction is
confusing, and often the result of a typo.
At present, this inspection is disabled in JSP files.
Powered by InspectionGadgets


Certificate in Computing (CIC)
The Certificate of Computing requires the completion of 5 units successfully. After successful completion of CIC, students can articulate into a variety of computing diplomas.
| Code |
Unit Name |
| 1008 |
Introduction to Programming |
| 1005 |
Database Development |
| 1004 |
Introduction to Computing |
| 1003 |
Microsoft Office Training |
| 1002 |
Business Communication |
Diploma in Networking (DIP.NW)
The Diploma in Networking requires the completion of 10 units successfully.
Semester One:
| Code |
Unit Name |
| 2041 |
Business Writing |
| 2042 |
Office Application |
| 2003 |
System Analysis & Design |
| 2004 |
Programming (VB) |
| 2050 |
Data Management (MySQL) |
Semester Two:
| Code |
Unit Name |
| 2051 |
Object Oriented Programming |
| 2052 |
Computing Hardware Interfacing |
| 2025 |
Project Management |
| 2053 |
Computer Communication |
| 2054 |
Network Interfacing |
Diploma in Internet Technology (DIP.INTECH)
The Dip. in Internet Technology requires the completion of 10 units successfully.
Semester One:
| Code |
Unit Name |
| 2041 |
Business Writing |
| 2042 |
Office Application |
| 2003 |
System Analysis & Design |
| 2004 |
Programming (VB) |
| 2050 |
Data Management (MySQL) |
Semester Two:
| Code |
Unit Name |
| 2051 |
Object Oriented Programming |
| 2052 |
Computer Hardware Interfacing |
| 2025 |
Project Management |
| 2006 |
E-Commerce |
| 2007 |
Web Design |
Diploma in Information System (DIP. IS)
The Dip. in Information System requires the completion of 10 units successfully.
Semester One:
| Code |
Unit Name |
| 2041 |
Business Writing |
| 2042 |
Office Application |
| 2003 |
System Analysis & Design |
| 2004 |
Programming (VB) |
| 2050 |
Data Management (MySQL) |
Semester Two:
| Code |
Unit Name |
| 2051 |
Object Oriented Programming |
| 2052 |
Computer Hardware Interfacing |
| 2025 |
Project Management |
| 2055 |
Information System Management |
| 2056 |
Database Application Development |
Diploma in Information Technology (DIT)
The Dip. in Information Technology requires the completion of 10 units successfully.
Semester One:
| Code |
Unit Name |
| 4001 |
System Analysis & Design |
| 4002 |
Data Management |
| 4003 |
Professional Practice |
| 4004 |
Object Oriented Systems Development |
| 4009 |
Data Structures & Algorithm |
Semester Two:
| Code |
Unit Name |
| 2005 |
Programming |
| 4006 |
Computer Communications |
| 4007 |
Computer Organisation |
| 4008 |
System Principle |
| 4010 |
Web Page Design |
Course Fees
Certificate Courses: K2,850 (K1,200 on registration, followed by approved installments.)
Diploma Courses: K7,500 (K1,200 on registration, followed by approved installments.)
Diploma in Information Technology: K7,600 (K1,200 on registration followed by approved installments.)
Entry Requirements:
Certificate Courses:
- Successful completion of Grade 10 with passes in English and Mathematics
- ITI Entry Test for matured working class (Conditions Apply).
Diploma Courses:
- Successful completion of grade 12 with “C” or above in English & Mathematics from
recognized schools/institutions including matriculation centers
- “D” Grade plus ITI Entry Test
- Adults with relevant work experience of 5 years and over Completion of certificate courses from recognized private and government institutions with pass grades
Why Study at ITI?
- Fully maintained and well designed computer laboratories
- Air conditioned seminar rooms
- Evening classes available with affordable transport fees
- Approved by National Training Counsil -NTC Reg.No#009 (POM)
- Approved by National Training Counsil -NTC Reg .No # 074 (LAE)
- Business Courses Offered on distance education mode
- Special Corporate Training courses in IT, Business and Management
- Special Corporate Training Facilities
- A member of the International Federation of Training & Development Organization ( IFTDO )
Career Path of Diploma Holders
Students who complete the ITI Diploma are eligible to access courses and services offered by:
- University of Southern Queensland (USQ) in study areas of business & IT and Commerce. The mode of study can be either on – campus at Toowoomba Queensland Australia or distance mode.
- Association of Accounting Technicians ( AAT – Australia )
- Certified Practising Accountants of Papua New Guinea (CPA PNG) ￼￼￼￼￼￼￼￼￼￼￼
- Ancharya Bangalore B School (ABBS – India) – A world class University and obtain a degree in 3 years
- Griffith University – Study in Brisbane Australia with 5 locations to choose from
Durations
Certificate Courses: [17 wks]
17 weeks (Standard semester – Jan & June)
12 weeks (October)
Diploma Courses: [34 weeks]
17 weeks (Standard semester – Jan & June)
12 weeks (October)
Diploma in Information Technology [34 weeks]
17 weeks (Standard semester – Jan & June)


AnnoyIndex
public class AnnoyIndex<T> where T : AnnoyOperable
The primary generic class used to create an index.
-
Supported distance metrics / similarity measures
See moreDeclaration
Swift
public enum DistanceMetric : String
-
The length of each vector (Array count if you wish) for each item in the index.
Declaration
Swift
public private(set) var itemLength: Int { get }
-
The distance metric used to measure the similarity between vectors.
Declaration
Swift
public private(set) var distanceMetric: [CChar] { get }
-
The type of data being used in each vector.
Declaration
Swift
public private(set) var dataType: [CChar] { get }
-
The number of items in the index.
Declaration
Swift
public var numberOfItems: Int { get }
-
The number of trees in the index. (if built)
Declaration
Swift
public var numberOfTrees: Int { get }
-
Declaration
Swift
public init(itemLength: Int, metric: DistanceMetric = .euclidean)
Parameters
itemLength
The vector length (Array.count) of each item stored in the index .
metric
The metric to be used to measure the distance between items. One of .angular, .dotProduct, .euclidean, or .manhattan
-
Adds an a new item to the index.
Declaration
Swift
public func addItem(index: Int, vector: inout [T]) throws
Parameters
index
The index (integer) to assign to the item.
vector
Array representing the feature vector for the item.
-
Adds multiple new items to the index.
Throws
AnnoyIndexError.addIemFailedDeclaration
Swift
public func addItems(items: inout [[T]]) throws
Parameters
items
An Array of vectors to add to the index.
-
Builds the index to allow for fast approximate nearest neighbors lookup.
Using a larger number of trees to build the index will take longer, but will also lead to better accuracy during querying. You may need to experiment to find the right balance.
Declaration
Swift
public func build(numTrees: Int) throws
Parameters
numTrees
The number of trees to use to build the index.
-
Unbuilds the current AnnoyIndex which allows additional items to be added or for the index to be rebuilt with a different number of trees.
Throws
AnnoyIndexError.UnbuildFailedDeclaration
Swift
public func unbuild() throws
-
Saves the current index to a file then immediately loads (memory maps) the index from disk.
Throws
AnnoyIndexError.saveFailedDeclaration
Swift
public func save(url: URL, prefault: Bool = false) throws
Parameters
url
The file destination URL for the index.
prefault
If set to true the entire file will be preread into memory.
-
Unloads the underlying index and all associated items.
Declaration
Swift
public func unload()
-
Loads a previously saved index.
Throws
AnnoyIndexError.loadFailedDeclaration
Swift
public func load(url: URL) throws
-
Calculates the distance between two items in the index.
Declaration
Swift
public func getDistance(item1: Int, item2: Int) -> T?
Parameters
item1
The index of first item of inerest.
item2
The index of the second item of interest.
Return Value
The distance between the two items or nil if one of the items is not in the index.
-
Gathers the approximate nearest neighbors for an item.
Declaration
Swift
public func getNNsForItem(item: Int, neighbors: Int, search_k: Int = -1) -> (indices: [Int], distances: [T])?
Parameters
item
The index of the item of interest.
neighbors
The number of neighbors to return.
search_k
The number of nodes to inspect during search. search_k defaults to n * n_trees * D where n is the number of approximate nearest neighbors and D is a constant determined by Annoy based on the distance metric. In general, increasing search_k increases search time, but will give more accurate results.
Return Value
A tuple of arrays containing the item indicies and distances.
-
Gathers the approximate nearest neighbors for a vector.
Declaration
Swift
public func getNNsForVector(vector: inout [T], neighbors: Int, search_k: Int = -1) -> (indices: [Int], distances: [T])?
Parameters
vector
The vector of interest.
neighbors
The number of neighbors to return.
search_k
The number of nodes to inspect during search. search_k defaults to n * n_trees * D where n is the number of approximate nearest neighbors and D is a constant determined by Annoy based on the distance metric. In general, increasing search_k increases search time, but will give more accurate results.
Return Value
A tuple of arrays containing the item indicies and distances.
-
When set to true provides additional information about operations carried out by Annoy via stdout.
Declaration
Swift
public func setVerbos(boolVal: Bool)
-
Retrieves the vector for an item in the index.
Declaration
Swift
public func getItem(index: Int) -> [T]?
Parameters
item
The index of the item to retrieve
Return Value
The vector associated with the item or nil if not found.
-
Sets the random seed used for generating the index. Setting this value is useful when running performance testing to ensure consistent results.
Declaration
Swift
public func setSeed(seedVal: Int)
-
Prepares the index to be built on disk rather than in RAM. Should be set before adding items to the index.
Declaration
Swift
public func onDiskBuild(url: URL)
Parameters
url
A file destination URL for the index.


openleb.io is a shared commons of data and tools for Lebanon made by the public for use by the public.
Featuring work by Lamba Labs, SMEX and the Internet.
Help out:
Design adapted from dccode.org and theunitedstates.io.
Detailed data on administrative districts.
Names of the parliamentary members and their info.
An API to search for members of parliament


Sign in, sign out, and account events
The code below shows and hides the the sign in form and the sign out button respectively, by checking if you are signend in on page load, and listening to user events:
Now you know how to handle signing up, in and out. You're all set for the final step!


i implemented the walk-cycle into my experiment blogged about yesterday – also threw in a little dropShadowFilter just for fun:)
i don’t know how i feel about it performance wise just yet. Looks to perform alright, but BitmapData.copyPixel every nth frame might take a pretty good hit… especially when i throw some enemies in there…


Logistics
- Group project with team size of 2 or 3
- Each group works on a different domain for designing and building an ontology
- Two phases of the project
- Design and build an ontology for the domain of your choice
- Use that ontology in a chatbot to answer questions*
- Expected deliverables
- Demo (team)
- Code, OWL files (team)
- Report* (Individual)
*Template will be provided
Choice of domains
- Healthcare
- Movie
- Transportation System
- Sports (Cricket, Chess, Tennis, Football etc.)
- Geography
- Astronomy
- University
- Biomedicine
- Chemical compounds
Ontology (min. requirements)
- 15 classes
- 2 and 3 levels of class hierarchy
- 3-5 object properties
- 3-5 data properties
- Property hierarchy
- 1-2 subproperty relations
- 1 property chain (encouraged but optional)
- Domain and Range for all the properties
- 8-10 Existential class expressions
- 1-3 Universal class expressions
- 10 Individuals (2-3 differentAs)
- 1 Enumerated class
- 3-5 Disjoint classes
- Use at least 2 ontology design patterns
*Cooking Recipe ontology would be updated to reflect these requirements
Questions for chatbot
- Is A SubClassOf B
- Is a instanceOf A
- Is KB consistent
- Add an axiom and check for consistency
- Generate explanation for inconsistency
- Use ObjectPropertyAssertion + Domain/Range, to infer type of the individual
- Is p SubPropertyOf q
- List characteristics of property p
- Functional property etc.
- Participates in a property chain, SubPropertyOf, ObjectPropertyAssertion, DataPropertyAssertion etc.
- Domain, Range
Questions for chatbot
- Check for corner cases
- Class or property does not exist
- Null or empty query
- Class SubClassOf itself
Notations To Be Used
- <?Class> SubClassOf <Class>
- <Class> SubClassOf <?Class>
- <?Individual> InstanceOf <?Class>
- IsConsistent?
- Add: <syntactically correct axiom>
- Explain ClassExpression
- GetTypes <Individual>
- <?Property> SubPropertyOf <?Property>
- CharacteristicsOf <Property>
<Class> indicates a specific class whereas <?Class> indicates any class. Same for properties
Chatbot library
- A simple UI with a scrollable display area + a text box
- A command line tool
- Any chatbot library of your choice
Extra Credit
- A simple UI (5%)
- Chatbot library (5%)
- Queries in natural language (10%)
- Is <Individual> a <Class>?
- What are the subclasses of <Class>?
- How are <Class1> and <Class2> related to each other?
- ...
- Spell correction can also be used if the queries are in natural language
- Support for synonyms in queries from WordNet (5%)
- A chatbot integrated UI for adding axioms (5%-10%)
- SubClassOf axioms
- ObjectPropertyAssertions
- ...


kotlincommons / bvanseg.kotlincommons.flags / FlagManager / read
read
fun read(number: Long): List<Enum<T>>
Reads in a number and spits out a list of values.
Parameters
number
-
- The number to read. Must not be negative.
Return
a List of Enums of type T.


Raspberry Pi IP Address:
Username:
while True: turnLedOn() time.sleep(1) turnLedOff() time.sleep(1) print("test")
Send program
Stop program
Release lock
New command session
Send command


My Research Interests
My research in general involves using large databases of stars for stellar age-activity-rotation studies. While my work up to date has used data from the NASA Kepler mission, I look forward to groundbreaking instruments such as JWST and TESS.
Projects I am working on:
1. Flares on Wide Binary Stars
Widely separated binary stars offer a unique coeval laboratory in which to conduct age-activity-rotation studies. While previous studies have compared activity tracers such as H-alpha and X-ray between wide binary companions, this projects compares relative flare luminosity between previously identified wide binaries in the Kepler field.
The figure below compares relative flare luminosity for 58 wide binaries with detected flare activity. While most pairs lie along the expected relationship for coeval, equal-mass stars, others do not. The area between the yellow lines contains pairs whose difference in flare luminosity may plausibly be explained by a solar-like activity cycle. The green region contains pairs where the secondary star is significantly more active, while the blue region contains pairs where the primary is more active. The red region denotes the minimum flare detection threshold, below which flare signals are indistinguishable from noise. Circled points are pairs with q ≥ 0.8, uncircled points are pairs with q < 0.8
For more details on this work, see Clarke et al. (2018).
The source code for this project can be found here.
2. Modelling Quasi-Periodic Pulsations in Stellar Flares with Gaussian Processes
A Gaussian process is a type of statistical model for continuous-domain, stochastic data (like flares!). The process uses a "kernel" function to predict a new value from training data.
QPPs are oscillations seen in white-light stellar flare decay phases. Pugh et al. (2016) found 56 flares with QPP-like signatures out of 1439 flares on 216 stars in the Kepler field. The figure below shows a decay-subtracted flare on KIC 12156549. The least-squares fit from Pugh et al. 2016 found a period of 44.6±0.6 days, while the GP fit found a period of 33.15±0.32 days.
This project uses Celerite, a scalable method for Gaussian Process regression created by Daniel Foreman-Mackey.
The source code for this project can be found here.


--- layout: default title: 404 nav_exclude: true ---
This page is lost in space, or you are. I hope you have enough air in your tank, and enough potatoes to hold you over until the resupply mission arrives.
Try the navigation menu or go home.


Library: Input/output
basic_filebuf basic_streambuf
Class that associates the input or output sequence with a file
#include <fstream> namespace std { template<class charT, class traits = char_traits<charT> > class basic_filebuf; }
The class template basic_filebuf is derived from basic_streambuf. It associates the input or output sequence with a file. Each object of type basic_filebuf controls two character sequences:
A character input sequence
A character output sequence
The restrictions on reading and writing a sequence controlled by an object of class basic_filebuf are the same as for reading and writing with the Standard C library files.
If the file is not open for reading, the input sequence cannot be read. If the file is not open for writing, the output sequence cannot be written. A joint file position is maintained for both the input and output sequences.
A file has byte sequences, so the basic_filebuf class treats a file as the external source (or sink) byte sequence. In order to provide the contents of a file as wide character sequences, a wide-oriented file buffer called wfilebuf converts wide character sequences to multibyte character sequences (and vice versa) according to the current locale being used in the stream buffer.
namespace std { template<class charT, class traits = char_traits<charT> > class basic_filebuf : public basic_streambuf<charT, traits> { public: typedef traits traits_type; typedef charT char_type; typedef typename traits::int_type int_type; typedef typename traits::pos_type pos_type; typedef typename traits::off_type off_type; basic_filebuf(); // extensions: basic_filebuf(int, char_type*, streamsize); basic_filebuf(FILE*, char_type*, streamsize); virtual ~basic_filebuf(); bool is_open() const; // extensions: basic_filebuf<charT, traits>* open(const char*, ios_base::openmode, long = 0666); basic_filebuf<charT, traits>* open(int, char_type* = 0, streamsize = /* default size */); basic_filebuf<charT, traits>* open(FILE *, char_type*, streamsize); basic_filebuf<charT, traits>* attach(int); int detach(); int fd() const; basic_filebuf<charT, traits>* close(); protected: virtual int showmanyc(); virtual int_type underflow(); virtual int_type overflow(int_type = traits::eof()); virtual int_type pbackfail(int_type = traits::eof()); virtual basic_streambuf<charT,traits>* setbuf(char_type*,streamsize); virtual pos_type seekoff(off_type, ios_base::seekdir, ios_base::openmode = ios_base::in | ios_base::out); virtual pos_type seekpos(pos_type, ios_base::openmode = ios_base::in | ios_base::out); virtual int sync(); virtual streamsize xsputn(const char_type*, streamsize); };
char_type
The type char_type is a synonym for the template parameter charT.
int_type
The type int_type is a synonym of type traits::int_type.
off_type
The type off_type is a synonym of type traits::off_type.
pos_type
The type pos_type is a synonym of type traits::pos_type.
traits_type
The type traits_type is a synonym for the template parameter traits.
filebuf
The type filebuf is a specialization of class template basic_filebuf on type char:
typedef basic_filebuf<char> filebuf;
wfilebuf
The type wfilebuf is a specialization of class template basic_filebuf on type wchar_t:
typedef basic_filebuf<wchar_t> wfilebuf;
basic_filebuf();
Constructs an object of class basic_filebuf, initializing the base class with basic_streambuf<charT,traits>().
basic_filebuf(int fd, char_type *buf = 0, streamsize n = /* default size */);
Constructs an object of class basic_filebuf, initializing the base class with basic_streambuf<charT,traits>(). It then calls open(fd, buf, n).
NOTE -- This function is not part of the C++ Standard, but is included here as an extension to manipulate pipes, sockets, or other UNIX devices that can be accessed through file descriptors. See Appendix B for a complete list of extensions of this implementation.
basic_filebuf(FILE *fp, char_type *buf = 0, streamsize n = /* default size */);
Constructs an object of class basic_filebuf, initializing the base class with basic_streambuf<charT,traits>(). It then calls open(fp, buf, n).
NOTE -- This function is not part of the C++ Standard, but is included here as an extension. See Appendix B for a complete list of extensions of this implementation.
virtual ~basic_filebuf();
Calls close() and destroys the object.
basic_filebuf<charT, traits>* attach(int fd);
Attaches the object to the open file descriptor fd. Unless detach() is called, the file descriptor will be closed during the next call to close() or at the time the object is destroyed. Returns this on success; otherwise returns 0 (for example, when is_open() returns true prior to the call).
NOTE -- This function is not part of the C++ Standard, but is provided as an extension of this implementation for compatibility with Classic Iostreams. See Appendix B for a complete list of extensions of this implementation.
int fd() const;
If is_open() returns true, returns the associated file descriptor, otherwise -1.
NOTE -- This function is not part of the C++ Standard, but is provided as an extension of this implementation for compatibility with Classic Iostreams. See Appendix B for a complete list of extensions of this implementation.
basic_filebuf<charT,traits>* close();
If is_open() == false, returns a null pointer. Otherwise, if a put area exists, calls overflow(traits_type::eof()) to flush the contents of the buffer. If overflow() is the last virtual member function called on an object, among the functions underflow(), overflow(), seekoff(), and seekpos(), the close() function calls:
use_facet<codecvt <char_type, char, typename traits_type::state_type> >(getloc()).unshift
The call is made one or more times to determine a termination sequence. The close() function then inserts the characters of the termination sequence, calls overflow(traits_type::eof()) again, and closes the file, just like a call to std::fclose.
int detach();
Flushes any pending output to the file associated with the object and, if the operation succeeds, disassociates the object from the underlying file descriptor or FILE* without closing the latter. Returns fd() on success. Returns -1 on failure (for example, when the object was unable to flush the pending output).
NOTE -- This function is not part of the C++ Standard, but is provided as an extension of this implementation for compatibility with Classic Iostreams. See Appendix B for a complete list of extensions of this implementation.
bool is_open() const;
Returns true if the associated file is open.
basic_filebuf<charT,traits>* open(const char* fname, ios_base::openmode mode, long protection = 0666);
If is_open() == true, returns a null pointer. Otherwise, if (fname != 0) evaluates to true, opens the file whose name is stored in the NUL-terminated byte string fname.
Otherwise, if (fname == 0) evaluates to true, attempts to create a temporary file with a unique name (obtained, for example, by a call to std::tmpnam() or a similar function. ) The temporary file will be deleted on the first call to close() on the object or when the last file descriptor referring to the file is closed, whichever occurs last. Note that the file will be deleted by the operating system even if the program exits abnormally.
NOTE -- The behavior of the function when (fname == 0) evaluates to true is not required by the C++ Standard, but is provided as an extension of this implementation. See Appendix B for a complete list of extensions of this implementation.
The file open modes are given by their C-equivalent descriptions (see the C function fopen()). They are:
in "r" in|binary "rb" out "w" out|app "a" out|binary "wb" out|binary|app "ab" out|in "r+" out|in|app "a+" out|in|binary "r+b" out|in|binary|app "a+b" trunc|out "w" trunc|out|binary "wb" trunc|out|in "w+" trunc|out|in|binary "w+b"
If open() succeeds and (mode & ios_base::ate) != 0, it positions the file to the end, like a call to std::fseek(file, 0, SEEK_END)). If the open() function fails, it returns a null pointer.
The third argument, protection, is used as the file permission. The protection argument determines the read/write/execute file permissions under UNIX. It is more limited under DOS, since files are always readable and do not have special execute permission.
NOTE -- The protection argument does not appear in the C++ Standard, but is included here as an extension. See Appendix B for a complete list of extensions of this implementation.
basic_filebuf<charT,traits>* open(int fd, char_type *buf = 0, streamsize n = /* default size */);
Attaches the previously opened file, which is identified by its file descriptor, fd, to the basic_filebuf object.
NOTE -- This function is not part of the C++ Standard, but is included here as an extension in order to manipulate pipes, sockets, or other UNIX devices that can be accessed through file descriptors. See Appendix B for a complete list of extensions of this implementation.
basic_filebuf<charT,traits>* open(FILE *fp, char_type *buf = 0, streamsize n = /* default size */);
Returns open(fileno (fp), buf, n), where fileno is a UNIX98 function declared in <cstdio>.
NOTE -- This function is not part of the C++ Standard, but is provided as a convenience extension. See Appendix B for a complete list of extensions of this implementation.
int_type overflow(int_type c = traits_type::eof());
If the output sequence has a put position available, and c is not traits_type::eof(), then writes c into it. If there is no position available, the function outputs the contents of the buffer to the associated file and writes c at the new current put position. If the operation fails, the function returns traits_type::eof(); otherwise, it returns traits_type::not_eof(c). In a wide character file buffer, overflow() may convert the internal wide characters to their external multibyte representation by using the locale::codecvt facet located in the locale object imbued in the stream buffer.
int_type pbackfail(int_type c = traits_type::eof());
Puts back the character designated by c into the input sequence. If traits_type::eq_int_type(c,traits_type::eof()) returns true, moves the input sequence one position backward. If the operation fails, the function returns traits_type::eof(). Otherwise, it returns traits::not_eof(c).
pos_type seekoff(off_type off, ios_base::seekdir way, ios_base::openmode which = ios_base::in | ios_base::out);
If the open mode is in|out, may alter the stream position of the input and the output sequence as follows:
If the open mode is in, may alter the stream position of only the input sequence
If the open mode is out, may alter the stream position of only the output sequence
The new position is calculated by combining the two parameters off (displacement) and way (reference point). Note the following cases:
If the current position of the sequence is invalid before repositioning, the operation fails and the return value is:
pos_type(off_type(-1))
If way != basic_ios::cur or off != 0, and the last operation was output, the function updates the output sequence and writes any unshift sequence. It then repositions the file, like a call to std::fseek(file, 0, whence), and returns the current new position.
File buffers that use the locale::codecvt facet, and perform state dependent conversion, support seeking only to the beginning of the file, to the current position, or to a position previously obtained by a call to one of the iostreams seeking functions.
pos_type seekpos(pos_type sp,ios_base::openmode which = ios_base::in | ios_base::out);
If the open mode is in|out, alters the stream position of both the input and the output sequence. If the open mode is in, alters the stream position of only the input sequence, and if it is out, alters the stream position of only the output sequence. If the current position of the sequence is invalid before repositioning, the operation fails and the return value is pos_type(off_type(-1)). Otherwise, the function returns the current new position. File buffers using locale::codecvt facet performing state dependent conversion only support seeking to the beginning of the file, to the current position, or to a position previously obtained by a call to one of the iostreams seeking functions.
basic_filebuf<charT,traits>* setbuf(char_type *s, streamsize n);
The function first flushes the contents of the put area into the associated file, if necessary. Then:
If both s and n are 0, the function places the object in an unbuffered mode, that is, pbase() and pptr() always return null and output to the file appears immediately.
If s is null and n is nonzero, the function allocates an internal character buffer of size n and takes ownership of the buffer.
If s is non-null and n is nonzero, the function uses the provided buffer in place of its internal buffer. The caller is responsible for deallocating the provided buffer, or the function fails.
The function returns this on success and 0 on failure.
int sync();
Synchronizes the contents of the external file, with its image maintained in memory by the file buffer. This is useful, for instance, when two threads of execution simultaneously manipulate the same file. If the function fails, it returns -1; otherwise, it returns 0.
int_type underflow();
If the input sequence has a read position available, returns the contents of this position. Otherwise fills up the buffer by reading characters from the associated file, and if it succeeds, returns the contents of the new current position. The function returns traits_type::eof() to indicate failure. In wide characters file buffer, underflow may convert the external multibytes characters to their wide character representation by using the locale::codecvt facet located in the locale object imbued in the stream buffer.
streamsize xsputn(const char_type* s, streamsize n);
Writes up to n characters to the output sequence. The characters written are obtained from successive elements of the array whose first element is designated by s. The function returns the number of characters written.
// // filebuf.cpp // #include <iostream> // for cout, endl #include <fstream> // for ifstream, ofstream #include <stdio.h> // for tmpnam, remove int main ( ) { char filebuf [L_tmpnam]; // create a temporary filename const char *fname = tmpnam (filebuf); if (!fname) return 1; // create a read/write file-stream object on tiny char // and attach it to the file "filebuf.out" std::ofstream out (fname, std::ios::in | std::ios::out | std::ios::trunc); // tie the istream object to the ofstream object std::istream in (out.rdbuf ()); // output to out out << "Il errait comme un ame en peine"; // seek to the beginning of the file in.seekg (0); // output in to the standard output std::cout << in.rdbuf () << std::endl; // close the file out.close (); // open the existing temporary file and truncate it out.open (fname, std::ios::in | std::ios::out | std::ios::trunc); // set the buffer size // buffer will be allocated internally // and deallocated in dtor out.rdbuf ()->pubsetbuf (0, 4096); // open this source code file std::ifstream ins (__FILE__); // output it to temporary file out << ins.rdbuf (); // seek to the beginning of the file out.seekp (0); // output the all file std::cout << out.rdbuf (); // remove temporary file remove (fname); return 0; } Program Output: Il errait comme un ame en peine // // filebuf.cpp // #include <iostream> // for cout, endl #include <fstream> // for ifstream, ofstream #include <stdio.h> // for tmpnam, remove int main ( ) { char filebuf [L_tmpnam]; // create a temporary filename const char *fname = tmpnam (filebuf); if (!fname) return 1; // create a read/write file-stream object on tiny char // and attach it to the file "filebuf.out" std::ofstream out (fname, std::ios::in | std::ios::out | std::ios::trunc); // tie the istream object to the ofstream object std::istream in (out.rdbuf ()); // output to out out << "Il errait comme un ame en peine"; // seek to the beginning of the file in.seekg (0); // output in to the standard output std::cout << in.rdbuf () << std::endl; // close the file out.close (); // open the existing temporary file and truncate it out.open (fname, std::ios::in | std::ios::out | std::ios::trunc); // set the buffer size // buffer will be allocated internally // and deallocated in dtor out.rdbuf ()->pubsetbuf (0, 4096); // open this source code file std::ifstream ins (__FILE__); // output it to temporary file out << ins.rdbuf (); // seek to the beginning of the file out.seekp (0); // output the all file std::cout << out.rdbuf (); // remove temporary file remove (fname); return 0; }
char_traits, ios_base, basic_ios, basic_streambuf, basic_ifstream, basic_ofstream, basic_fstream
ISO/IEC 14882:1998 -- International Standard for Information Systems --Programming Language C++, Section <IP_ADDRESS>


GDGs a world wide phenom!
The Twin Cities Google Developer Group has been active and vibrant since 2008.
Learning
Members of the GDG Twin Cities community are always learning, engaging themselves in new tech and improving their skills with old. We have some members who have been coming to the meeetup since it began in 2008 and there are always new faces at each event.
Sharing
Members are excited to share what they are learning. If you have something you are excited about that falls under the umbrella of Google technologies, please get in touch with one of us and we'd love to hear from you.
Networking
GDG Twin Citeis is a great place to meet new interesting and wicked smart folks. Be ready to be impressed.
About Us
We are a volunteer run group. We could not do this without support from our sponsors, but especially from awesome folks in the local tech comminity from graciously donating their time and energy to making this a great place be.
Harassment Policy [Don't be a Jerk.]
GDG Twin Cities prides itself on being an open, respectful, and inclusive community. That means jerky behavior isn’t allowed at GDG meetings. Because we know that it’s not obvious to everyone, here’s a reminder of the things we don’t allow: jokes or offensive comments about sex/sexuality/race/religion/nationality/body size, showing porn in public, touching people uninvited, or continuing to interact with someone after they’ve asked you to stop. Continuous jerky behavior may result in getting expelled from the meeting or GDG Chapter.
If someone is bothering you, please tell any GDG-TC Organizers immediately and they will take care of it. We want to maintain GDG Twin Cities’s awesomeness.


The gallery contains a list of interactive maps that display information on a variety of subjects that can be opened in any of the viewers available in this portal. It now also lists purpose built custom applications (apps) such as story maps that have been built for a specific purpose.
Organisations
Tags
Results


THE GHOST OF ROSE WARNE.
EZEKIEL GROSSE, gent., attorney-at-law," bought the land of Rosewarne from one of the De Rosewarnes, who had become involved in difficulties, by endeavouring, without sufficient means, to support the dignity of his family. There is reason for believing that Ezekiel was the legal adviser of this unfortunate Rosewarne, and that he was not over-honest in his transactions with his client. However this may be, Ezekiel Grosse had scarcely made Rosewarne his dwelling-place, before he was alarmed by noises, at first of an unearthly character, and subsequently, one very dark night, by the appearance of the ghost himself in the form of a worn and aged man. The first appearance was in the park, but he subsequently repeated his visits in the house, but always after dark. Ezekiel Grosse was not a man to be terrified at trifles, and for sometime he paid but slight attention to his nocturnal visitor. Howbeit, the repetition of visits, and certain mysterious indications on the part of the spectre, became annoying to Ezekiel. One night, when seated in his office examining some deeds, and being rather irritable, having lost an important suit, his visitor approached him, making some strange indications which the lawyer could not understand. Ezekiel suddenly exclaimed, "In the name of God, what wantest thou?"
"To show thee, Ezekiel Grosse, where the gold for which thou longest lies buried."
No one ever lived upon whom the greed of gold was stronger than on Ezekiel, yet he hesitated now that his spectral friend had spoken so plainly, and trembled in every limb as the ghost slowly delivered himself in sepulchral tones of this telling speech.
The lawyer looked fixedly on the spectre, but he dared not utter a word. He longed to obtain possession of the secret, yet he feared to ask him where he was to find this treasure. The spectre looked as fixedly at the poor trembling lawyer, as if enjoying the sight of his terror. At length, lifting his finger, he beckoned Ezekiel to follow him, turning at the same time to leave the room. Ezekiel was glued to his seat; he could not exert strength enough to move, although he desired to do so.
"Come!" said the ghost, in a hollow voice. The lawyer was powerless to come.
"Gold!" exclaimed the old man, in a whining tone, though in a louder key.
"Where?" gasped Ezekiel.
"Follow me, and I will show thee," said the ghost. Ezekiel endeavoured to rise, but it was in vain.
"I command thee, come!" almost shrieked the ghost. Ezekiel felt that he was compelled to follow his friend; and by some supernatural power rather than his own, he followed the spectre out of the room, and through the hall, into the park.
They passed onward through the night--the ghost gliding before the lawyer, and guiding him by a peculiar phosphorescent light, which appeared to glow from every part of the form, until they arrived at a little dell, and had reached a small cairn formed of granite boulders. By this the spectre rested; and when Ezekiel had approached it, and was standing on the other side of the cairn, still trembling, the aged man, looking fixedly in his face, said, in low tones--"Ezekiel Grosse, thou longest for gold, as I did. I won the glittering prize, but I could not enjoy it. Heaps of treasure are buried beneath those stones; it is thine, if thou diggest for it.
Win the gold, Ezekiel. Glitter with the wicked ones of the world; and when thou art the most joyous, I will look in upon thy happiness." The ghost then disappeared, and as soon as Grosse could recover himself from the extreme trepidation,--the result of mixed feelings,--he looked about him, and finding himself alone, he exclaimed, "Ghost or devil, I will soon prove whether or not thou liest!" Ezekiel is said to have heard a laugh, echoing between the hills, as he said those words.
The lawyer noted well the spot; returned to his house; pondered on all the circumstances of his case; and eventually resolved to seize the earliest opportunity, when he might do so unobserved, of removing the stones, and examining the ground beneath them.
A few nights after this, Ezekiel went to the little cairn, and by the aid of a crowbar, he soon overturned the stones, and laid the ground bare. He then commenced digging, and had not proceeded far when his spade struck against some other metal. He carefully cleared away the earth, and he then felt--for he could not see, having no light with him--that he had uncovered a metallic urn of some kind. He found it quite impossible to lift it, and he was therefore compelled to cover it up again, and to replace the stones sufficiently to hide it from the observation of any chance wanderer.
The next night Ezekiel found that this urn, which was of bronze, contained gold coins of a very ancient date. He loaded himself with his treasure, and returned home. From time to time, at night, as Ezekiel found he could do so without exciting the suspicions of his servants, he visited the urn, and thus by degrees removed all the treasure to Rosewarne house. There was nothing in the series of circumstances which had surrounded Ezekiel which he could less understand than the fact that the ghost of the old man had left off troubling him from the moment when he had disclosed to him the hiding-place of this treasure.
The neighbouring gentry could not but observe the rapid improvements which Ezekiel Grosse made in his mansion, his grounds, in his personal appearance, and indeed in everything by which he was surrounded. In a short time he abandoned the law, and led in every respect the life of a country gentleman. He ostentatiously paraded his power to procure all earthly enjoyments, and, in spite of his notoriously bad character, he succeeded in drawing many of the landed proprietors around him.
Things went well with Ezekiel. The man who could in those days visit London in his own carriage and four was not without a large circle of flatterers. The lawyer who had struggled hard, in the outset of life, to secure wealth, and who did not always employ the most honest means for doing so, now found himself the centre of a circle to whom he could preach honesty, and receive from them expressions of the admiration in which the world holds the possessor of gold. His old tricks were forgotten, and he was put in places of honour. This state of things continued for some time; indeed, Grosse's entertainments became more and more splendid, and his revels more and more seductive to those he admitted to share them with him. The Lord of Rosewarne was the Lord of the West. To him every one bowed the knee he walked the Earth as the proud possessor of a large share of the planet.
It was Christmas eve, and a large gathering there was at Rosewarne. In the hail the ladies and gentlemen were in the full enjoyment of the dance, and in the kitchen all the tenantry and the servants were emulating their superiors. Everything went joyously; and when mirth was in full swing, and Ezekiel felt to the full the influence of wealth, it appeared as if in one moment the chill of death had fallen over every one. The dancers paused, and looked one at another, each one struck with the other's paleness; and there, in the middle of the hail, every one saw a strange old man looking angrily, but in silence, at Ezekiel Grosse, who was fixed in terror, blank as a statue.
No one had seen this old man enter the hail, yet there he was in the midst of them. It was but for a minute, and he was gone. Ezekiel, as if a frozen torrent of water had thawed in an instant, roared with impetuous laughter.
"What do you think of that for a Christmas play? There was an old Father Christmas for you! Ha! ha! ha! ha! How frightened you all look! Butler, order the men to hand round the spiced wines! On with the dancing, my friends! It was only a trick, ay, and a clever one, which I have put upon you. On with your dancing, my friends!"
Notwithstanding his boisterous attempts to restore the spirit of the evening, Ezekiel could not succeed. There was an influence stronger than any which he could command; and one by one, framing sundry excuses, his guests took their departure, every one of them satisfied that all was not right at Rosewarne.
From that Christmas eve Grosse was a changed man. He tried to be his former self; but it was in vain. Again and again he called his gay companions around him; but at every feast there appeared one more than was desired. An aged man--weird beyond measure--took his place at the table in the middle of the feast; and although he spoke not, he exerted a miraculous power over all. No one dared to move; no one ventured to speak. Occasionally Ezekiel assumed an appearance of courage, which he felt not; rallied his guests, and made sundry excuses for the presence of his aged friend, whom he represented as having a mental infirmity, as being deaf and dumb. On all such occasions the old man rose from the table, and looking at the host, laughed a demoniac laugh of joy, and departed as quietly as he came.
The natural consequence of this was that Ezekiel Grosse's friends fell away from him, and he became a lonely man, amidst his vast possessions--his only companion being his faithful clerk, John Call.
The persecuting presence of the spectre became more and more constant; and wherever the poor lawyer went, there was the aged man at his side. From being one of the finest men in the county, he became a miserably attenuated and bowed old man. Misery was stamped on every feature -- terror was indicated in every movement. At length he appears to have besought his ghostly attendant to free him of his presence. It was long before the ghost would listen to any terms; but when Ezekiel at length agreed to surrender the whole of his wealth to any one whom the spectre might indicate, he obtained a promise that upon this being carried out, in a perfectly legal manner, in favour of John Call, that he should no longer be haunted.
This was, after numerous struggles on the part of Ezekiel to retain his property, or at least some portion of it, legally settled, and John Call became possessor of Rosewarne and the adjoining lands. Grosse was then informed that this evil spirit was one of the ancestors of the Rosewarne, from whom by his fraudulent dealings he obtained the place, and that he was allowed to visit the earth again for the purpose of inflicting the most condign punishment on the avaricious lawyer. His avarice had been gratified, his pride had been pampered to the highest; and then' he was made a pitiful spectacle, at whom all men pointed, and no one pitied. He lived on in misery, but it was for a short time. He was found dead: and the country people ever said that his death was a violent one; they spoke of marks on his body, and some even asserted that the spectre of fle Rosewarne was seen rejoicing amidst a crowd of devils, as they bore the spirit of Ezekiel over Cam Brea.
Hals thus quaintly tells this story -
"Rosewarne, in this parish, gave to its owner the name of fle Rosewarne, one of which tribe sold those lands, temp. James I., to Ezekiel Grosse, gent., attorney-at-law, who made it his dwelling, and in this place got a great estate by the inferior practice of the law; but much more, as tradition saith, by nseans of a spirit or apparition that haunted him in this place, till he spake to it (for it is notable that sort of things called apparitions are such proud gentry, that they never speak first); whereupon it discovered to him where much treasure lay hid in this mansion, which, according to the (honest) ghost's direction, he found, to his great enriching. After which, this phan~ tasm or spectrum became so troublesome and direful to him, day and night, that it forced him to forsake this place (as rich, it seems, as this devil could make him), and to quit his claim thereto, by giving or selling it to his clerk, John Call; whose son, John Call, gent., sold it again to Robert Hooker, gent., attorney-at-law, now in possession thereof. The arms of Call were, in a field three trumpets--in allusion to the name in English; but in Cornish-British, 'call,' 'cal,' signifies any hard, flinty, or obdurate matter or thing, and 'hirgurue' is a trumpet." [a]
[a] See Gilbert's " Parochial History of Cornwall," 1838, vol. i. p. 162


AutobahnJS PubSub Client - PubSub with Authorization
Publish Events
message:
send
exclude me
Clear text
subscribe
unsubscribe


Notebooks
Story: The Ttu ttutten (birds)
The Ttu ttutten (birds)
Title
The Ttu ttutten (birds)
Collection
Summary
The ttu ttutten make a nest that takes up an entire tree, although the entrance to the nest is small, as the ttu ttutten are small birds (they are the 'children of smallness').
Comments
1) See also The story of |gwai (who killed his sister-in-law, and was killed by his brother-in-law), 2) This story is found in Book VIII-25
Contributors
|han≠kass'o (Klein Jantje) (VIII)
Date
6 February 1879
Categories
Keywords
birds (the ttu ttutten) , birds (nests made by) , birds (found in |han≠kass'o's country) , birds (found in Bushmanland) , ttu ttutten (birds) , ttu ttutten (their nest) , ttu ttutten (how they build their nests) , ttu ttutten (a description of their nests) , ttu ttutten (these birds are the 'children of smallness') , ttu ttutten (appearance and habits of) , nest (of the ttu ttutten birds) , nest (the building of) , nest (the size of) , nest (the entrance of) , nest (a description of) , name (of a bird) , name (the ttu ttutten)
Story Pages
8213-8215


{% extends "layout.html" %} {% block content %}
Reporting and notifications regarding dependencies and sizes of Fedora-based workloads.
Explore resultsMinimization is a key goal of Fedora focusing on installation footprint of popular workloads in the Fedora ecosystem to make them more suitable for modern deployments such as IoT and cloud.
Fedora Minimization DocsWorkloads are groups of packages in a specific environment having a specific purpose. Compared to repositories or packages in general, this specific definition makes it easier to make decisions about their minimization.
Keeping workloads small is as important as making them small in the first place. Content Resolver monitors workloads and helps maintainers identify sudden growth caused by changes in dependencies, build configurations, etc.


|
In order for this template to function properly you will need to
edit the custom.js file so you can add your own links in the DHTML
menu above. The sidebar text scroller may also be customized by
editing the external.htm file.
For Free use please leave link to Finerdesign.com intact. This
template may be customized with your text and photos for a reasonable
fee. For customization please contact the webmaster at<EMAIL_ADDRESS>We also offer:
please visit Finerdesign.com
for any web design, custom graphics, flash, CGI programming or hosting
needs you may have.
|


|
KratosMultiphysics
KRATOS Multiphysics (Kratos) is a framework for building parallel, multi-disciplinary simulation software, aiming at modularity, extensibility, and high performance. Kratos is written in C++, and counts with an extensive Python interface.
|
Short class definition. More...
#include <newmark_step_method.hpp>
Public Member Functions | |
Life Cycle | |
| NewmarkStepMethod () | |
| Default Constructor. More... | |
| NewmarkStepMethod (const TVariableType &rVariable) | |
| Constructor. More... | |
| NewmarkStepMethod (const TVariableType &rVariable, const TVariableType &rFirstDerivative, const TVariableType &rSecondDerivative) | |
| Constructor. More... | |
| NewmarkStepMethod (const TVariableType &rVariable, const TVariableType &rFirstDerivative, const TVariableType &rSecondDerivative, const TVariableType &rPrimaryVariable) | |
| Constructor. More... | |
| NewmarkStepMethod (NewmarkStepMethod &rOther) | |
| Copy Constructor. More... | |
| BasePointerType | Clone () override |
| Clone. More... | |
| ~NewmarkStepMethod () override | |
| Destructor. More... | |
Operations | |
| bool | HasStepVariable () override |
| void | SetStepVariable (const TVariableType &rStepVariable) override |
| int | Check (const ProcessInfo &rCurrentProcessInfo) override |
| This function is designed to be called once to perform all the checks needed. More... | |
Input and output | |
| std::string | Info () const override |
| Turn back information as a string. More... | |
| void | PrintInfo (std::ostream &rOStream) const override |
| Print information about this object. More... | |
| void | PrintData (std::ostream &rOStream) const override |
| Print object's data. More... | |
Protected Member Functions | |
Protected Operators | |
| void | AssignFromFirstDerivative (NodeType &rNode) override |
| void | AssignFromSecondDerivative (NodeType &rNode) override |
Protected Operations | |
| void | PredictFromVariable (NodeType &rNode) override |
| virtual void | PredictStepVariable (NodeType &rNode) |
| void | PredictVariable (NodeType &rNode) override |
| void | PredictFirstDerivative (NodeType &rNode) override |
| void | PredictSecondDerivative (NodeType &rNode) override |
| void | UpdateFromVariable (NodeType &rNode) override |
| virtual void | UpdateStepVariable (NodeType &rNode) |
| void | UpdateVariable (NodeType &rNode) override |
| void | UpdateFirstDerivative (NodeType &rNode) override |
| void | UpdateSecondDerivative (NodeType &rNode) override |
Protected Attributes | |
Protected member Variables | |
| VariablePointer | mpStepVariable |
Type Definitions | |
| typedef TimeIntegrationMethod< TVariableType, TValueType > | BaseType |
| BaseType. More... | |
| typedef BaseType::Pointer | BasePointerType |
| BasePointerType. More... | |
| typedef BaseType::NodeType | NodeType |
| NodeType. More... | |
| typedef BaseType::VariablePointer | VariablePointer |
| KratosVariable or KratosVariableComponent. More... | |
| typedef NewmarkMethod< TVariableType, TValueType > | DerivedType |
| DerivedType. More... | |
| KRATOS_CLASS_POINTER_DEFINITION (NewmarkStepMethod) | |
Serialization | |
| class | Serializer |
Short class definition.
Detail class definition. This class performs predict and update of dofs variables, their time derivatives and time integrals
| typedef BaseType::Pointer Kratos::NewmarkStepMethod< TVariableType, TValueType >::BasePointerType |
BasePointerType.
| typedef TimeIntegrationMethod<TVariableType,TValueType> Kratos::NewmarkStepMethod< TVariableType, TValueType >::BaseType |
BaseType.
| typedef NewmarkMethod<TVariableType,TValueType> Kratos::NewmarkStepMethod< TVariableType, TValueType >::DerivedType |
DerivedType.
| typedef BaseType::NodeType Kratos::NewmarkStepMethod< TVariableType, TValueType >::NodeType |
NodeType.
| typedef BaseType::VariablePointer Kratos::NewmarkStepMethod< TVariableType, TValueType >::VariablePointer |
KratosVariable or KratosVariableComponent.
|
inline |
Default Constructor.
|
inline |
Constructor.
|
inline |
Constructor.
|
inline |
Constructor.
|
inline |
Copy Constructor.
|
inlineoverride |
Destructor.
|
inlineoverrideprotected |
|
inlineoverrideprotected |
|
inlineoverride |
This function is designed to be called once to perform all the checks needed.
|
inlineoverride |
Clone.
|
inlineoverride |
|
inlineoverride |
Turn back information as a string.
| Kratos::NewmarkStepMethod< TVariableType, TValueType >::KRATOS_CLASS_POINTER_DEFINITION | ( | NewmarkStepMethod< TVariableType, TValueType > | ) |
|
inlineoverrideprotected |
|
inlineoverrideprotected |
|
inlineoverrideprotected |
|
inlineprotectedvirtual |
|
inlineoverrideprotected |
|
inlineoverride |
Print object's data.
|
inlineoverride |
Print information about this object.
|
inlineoverride |
|
inlineoverrideprotected |
|
inlineoverrideprotected |
|
inlineoverrideprotected |
|
inlineprotectedvirtual |
Reimplemented in Kratos::SimoStepMethod< TVariableType, TValueType >.
|
inlineoverrideprotected |
|
friend |
|
protected |