| Previous | Table of Contents | Next |
This section covers creating and using structs in Rust, making use of higher order functions and traits to create generic functions. We also introduce tasks, Rust's way of handling multiprocessing, and a simple mechanism for communicating between tasks. In the following section, we'll cover some of the richer cross-task communication abstractions provided by Rust.
As a running example, we will use these concepts to build a structure for a simple linked list, a map function which will apply a given function to all elements in the list, and finally use of tasks to make our simple map execute in parallel.
A
struct
is Rust's way of packaging data into a structure. It is similar to
struct
in C.
A
struct
type is defined using:
1 2 3 4 5 | struct Name { field1: T1, field2: T2, ... } |
where
T1
and
T2
are the types of the preceding fields.
Note that mutability is not specified in the
struct
type definition. A
struct
is declared mutable upon creation, and mutability applied to all fields within.
The following code defines a
Node
for a linked list. The field
val
is an integer, and the
tail
field is either a pointer to the next
Node
, or
None
for the last
Node
in the list.
1 2 3 4 | struct Node { val: int, tail: Option<~Node> } |
The
tail
is an
Option<~Node>
, so it either points to an owned
Node
, or is
None
(an empty LinkedList).
The
type Name = Type;
construct provides a way to define a new name for a type. Note that this is just for convenience — the
Name
defined by the
type
definition means exactly the same thing to the type checker as the
Type
it is defined to.
For example, we can define the
LinkedList
type using:
type
keyword.
1 2 3 4 5 6 | type LinkedList = Option<~Node>; struct Node { val: int, tail: LinkedList } |
A
struct
is constructed in a similar syntax to how it was defined, with the name of the
struct
followed by braces with the fields defined using
fieldName:value
.
The following code defines one immutable and one mutable
Node
:
1 2 3 | let node1 = Node {val:10, tail: None}; let mut node2 = Node {val: 10, tail: None}; node2.val = 15; |
The mutability qualifier applies all the fields in the struct. Trying to change a field of
node1
would result in a compiler error.
For an example, the code below creates a list of
n
elements:
1 2 3 4 5 6 | fn construct_list(n: int, x: int) -> LinkedList { match n { 0 => { None } _ => { Some(~Node{val: x, tail: construct_list(n - 1, x + 1)}) } } } |
(See the official Rust tutorial for a more elegant way to implement a linked list in Rust using an
enum
, which we don't cover in this tutorial.)
Traits provide a way of defining a set of methods. The thing in Java they most closely resemble is interfaces, but traits in Rust can also include implementations of methods.
The syntax for defining a trait is similar to that for a struct:
1 2 3 4 5 | trait Name { method1; method2; ... } |
Each method is a function type declaration.
For example, we can define a Length trait like this:
1 2 3 | trait Length { fn length(&self) -> int; } |
The function declaration uses
&self
as the parameter to indicate the object on which length is invoked (similar to how this is used in Java). Note that it does not have a type yet, since we can implement a trait for different types.
The
impl
construct is used to implement a trait for a type. For example,
1 2 3 4 5 6 7 8 | impl Length for LinkedList { fn length(&self) -> int { match self { &Some(ref node) => { 1 + node.tail.length() } &None => 0 } } } |
implements the
Length
trait for our
LinkedList
type by providing an implementation of the
length
method. We need the
ref
qualified for the matched variable. This indicated that is it bound by reference rather than by value.
We'll see a more interesting example of implementing a trait for the linked list type at the end of this part of the tutorial.
Tree
type that can be used to represent a tree where each node has an
int
value and a vector of children nodes.
ToString
trait that provides a method,
fn to_string(&self) -> ~str
for producing a string representation of an object. Implement the
ToString
trait for both the example
LinkedList
type and your
Tree
type from the previous exercise. (Note that Rust already defines a
ToStr
edoc
trait similar to the
scode
ToString
trait here.)
A higher-order function is a function which operates on other functions. We can have functions that take other functions as inputs, as well as functions that create and return new functions as their output. Higher-order functions provide a lot of power for concisely and very generally describe computations. By the end of this section, you'll be able to write a single function that can do all of the things in the previous set of exercises!
A parameter can have function type, just like any other type. The type of a function includes the types of its inputs and the type of its output.
For example,
1 2 3 | fn twice(n: int, f: |int| -> int) -> int { f(f(n)) } |
defines a function that takes two inputs, the second of which is a function. The syntax,
|arg1, arg2, ...| -> res
(with vertical bars around a list of parameter types) specifies a function that takes the
argn
types as inputs and returns a value of type
res
.
Here's an example using
twice
:
1 2 3 4 5 6 7 | fn successor(n: int) -> int { n + 1 } fn double(n:int) -> int { n * 2 } fn main() { println!("Result: {:d}", twice(twice(1, successor), double)); } |
The result is (((1 + 1) + 1) * 2) * 2 = 12.
It would be a lot more useful if
twice
didn't take the integer as one of its inputs, but instead returned a function. For example, we would like to be able to do:
1 | let square = twice(double); |
to define a squaring function.
We can do this by defining a function that returns a function:
1 2 3 | fn twice(f: proc(int) -> int) -> (proc(int) -> int) { proc(n: int) { f(f(n)) } } |
Now,
twice
is a function that take a function as its input (we use
proc(int) -> int
here to describe the input function, and need to use
proc(int) ->int
instead of
|int| -> int
because of Rust's lifetime rules. (Note that the way we defined this, we can only use the returned function once.)
We can use
twice
like this:
1 2 3 4 5 | fn main() { let hexaple = twice(twice(double)); println!("Result: {:d}", hexaple(2)); // 32 } |
compose
function that takes as inputs two functions and outputs a function that composes the two input functions. Both of the input functions and the returned function should have type
proc(int) -> int
. You should be able to use your
compose
function to define
let sixthpower = compose(cube, square)
where
cube
and
square
are functions that compute the cube and square of an int input respectively.
The above examples hopefully give you a sense of the power of
higher-order functions, but perhaps not how they would be useful in
typical code. Next, we'll see how higher-order functions can be used to
provide generic functions for manipulating our
LinkedList
type. We'll implement a mapping function that applies a function to each element of a list.
We define the Map trait as:
1 2 3 | trait Map { fn mapr(&mut self, extern fn(int) -> int); } |
Now, we will implement the
Map
trait for our
LinkedList
type:
1 2 3 4 5 6 7 8 9 10 11 | impl Map for LinkedList { fn mapr(&mut self, f: extern fn(int) -> int) { match(*self) { None => { } Some(ref mut current) => { current.val = f(current.val); current.tail.mapr(f); } } } } |
Here are some examples using map:
1 2 3 4 5 6 7 8 9 | fn inc(n: int) -> int { n + 1 } fn double(n: int) -> int { n * 2 } fn main() { let mut l10: LinkedList = construct_list(4, 10); l10.mapr(inc); l10.mapr(double); println!("List: {:s}", print_list(l10.clone())); // 22, 24, 26, 28, } |


|
HOME
ARTISTS
CLUBS
FESTIVALS
INSTRUMENTS
LINKS
NZ TOURS
PHOTOS
RESOURCES
SESSIONS
TUNES
UPDATES
|
|
NZ Folk Artists
These artists are listed here (in alphabetical order) purely for information.
KiwiFolk does not represent these artists in any way. While the list is a
representative selection of Kiwi folk and related artists, it is by no means
exhaustive.
Ben the Hoose
Beverly and the Clench Mountain Boys
Bickerton, Bob
Big Muffin Serious Band
Chad, Tony
Catgut and Steel
Collins, Laura
Considine, Mike
Copperkin
Curtis, Martin
Delgirl
Dorothy, Helen
Drane, Phil
Fiddlesticks
Finn McCool
Footspa
Garland, Phil
Gavin, Nigel
Gillespie, Wayne
Glór na mBan
Goodsman, Lil' Ian
Harding, Mike
Hillyard, Tony
Hugh, Owen
Hunter, Karen
Jacky Tar
Kerr, Simon
Large, Bob
Laurent, Mark
Layton, Marg
Liddiard, Brenda
Leschen, Richard
Lipscombe, Mike
Little Green Men
Little Woolly
Layton, Marg
Mandolinata (Auckland Mandolin Orchestra)
Metsers, Paul
McNeil, Judith
McNeill, Bob
Moffatt, Glen
Montgomery, Brendyn
Muggeridge, Alan
Paul and Penny
Payne, Warren
Power, Brendan
Robertson, Tyree
Rosewood
Simmonds, Pat
Songbong
Starr, Crystal
Stringer, Terry
Strumpet
Sunde, Rudy
Sutherland, Robyn
Tait, Kath
The Chaps
The Gazebo Girls
The Hobnail Boots
The Maritime Crew
The Remarkables
Tocker, Mahinaarangi
Towhead
Turner, Marcus
Twisted Timber
Twisty Willow
Waiting for Donald
Wardrop, Graham
Wires and Wood
Webby, Helen - and Davy Stuart
Worsfold, Bill and Kath
Yates, Charlotte
|
|
|


BRYANT PARK CAFÉ
54 W 40TH ST,NEW YORK, NY 10018
(510) 435-7350
WWW.BLUEBOTTLECOFFEE.COM/BRYANT-PARK
Thank You for choosing blue bottle!
01/27/2016 8:36am
Sales Receipt: #353422
Barista: Asher
Description
Qty
Price
Cost
Drip
2
2.90
5.80
Three Africans
Espresso
1
2.90
2.90
Tea
1
3.50
3.50
Chocolate
1
5.00
5.00
MAST - Mint Choclate
Pastries
Ginger Molasses
1
2.75
2.75
Blood Orange Pound Cake
1
3.00
9.00
Bonmac Ceramic Dripper
1
20.00
20.00
Subtotal
45.85
Tax
4.06
Total
49.91
Credit
(49.91)
Visa 6540
Change
0.00
WE LOOK FORWARD TO SEEING YOU AGAIN
@blueBottle
@blueBottlecoffee
@blueBottleroast


 Compatible with Apple Home and Nest, it allows lets you automate your home without investing heavily in expensive smart devices. Letting you enjoy the convenience, at a much lower cost. Using the product will allow you to enjoy electricity savings and monetary savings from not buying a smart device even though you want one.
It works by connecting devices that uses a IR remote with your mobile device by letting your phone send IR signals to the non smart device via the Wifi and Internet*
We will only email you about our product updates and related news about our product!
Feel free to leave us a comment and give some feedback about our product by clicking the contact us button


|
Java Product Versioning Specification |
| Contents | Previous | Next |
Problems of Evolution in Distributed Systems
Java Language Specification on Backwards Compatibility
Object Serialization Specification on Backwards Compatibility
Version Identification of the Java Runtime
API to Package Version Information
java.lang.ClassLoader Additions
How Users Know What is Running
Rationale for limiting Implementation version numbers to identity
| Contents | Previous | Next |


This is a prototype of a dojo input type="file" with a FormWidget mixin, to be styled to match tundra and soria themes
The API is up for discussion, nor is it known to drop into forms and "just work" yet
FileInputAuto API is up for discussion, as well, though by use of the url="" attrib, you can basically do all your file-processing server side, and just use the filename sent that remains in the form input
There are two parts. dojo.require("dojox.widget.FileInput") for just the base class, or dojo.require("dojox.widget.FileInputAuto"); to provide the Auto Uploading widget (on blur), and the Blind Auto Upload widget.
Both themes are defined in the FileInput.css file, as well as basic styling needed to run


Source code for pyproct.driver.handlers.matrix.euclideanDistanceMatrixBuilder
'''
Created on 13/02/2013
@author: victor
'''
from pyRMSD.RMSDCalculator import RMSDCalculator
from pyRMSD.condensedMatrix import CondensedMatrix
import scipy.spatial.distance
[docs]class EuclideanDistanceMatrixBuilder(object):
def __init__(self):
pass
@classmethod
[docs] def build(cls, trajectory_handler, matrix_creation_parameters):
"""
Will generate the CondensedMatrix filled with the all vs all geometric center distances of the "body_selection"
coordinates (which will usually be a ligand).
@param trajectory_handler: The handler containing selection strings, pdb info and coordsets.
@param matrix_creation_parameters: The creation parameters (from the initial script).
@return: The created distances matrix.
"""
# Build calculator with fitting coordinate sets ...
fit_selection_coordsets = trajectory_handler.getSelection(matrix_creation_parameters["dist_fit_selection"])
# and calculation coordsets (we want them to be moved along with the fitting ones)
body_selection_string = matrix_creation_parameters["body_selection"]
body_selection_coordsets = trajectory_handler.getSelection(body_selection_string)
calculator = RMSDCalculator(calculatorType = "QTRFIT_OMP_CALCULATOR",
fittingCoordsets = fit_selection_coordsets,
calculationCoordsets = body_selection_coordsets)
# Superpose iteratively (will modify all coordinates)
calculator.iterativeSuperposition()
# Working coordinates are changed to the body coordinates (to be used later for instance
# with clustering metrics)
trajectory_handler.setWorkingCoordinates(body_selection_string)
distances = cls.calculate_geom_center(body_selection_coordsets)
matrix = CondensedMatrix(distances)
return matrix
@classmethod
[docs] def calculate_geom_center(cls, coordinates):
"""
Generates a condensed matrix with the euclidean distances between the geometrical centers of the conformations passed as
input.
@param coordinates: Coordinates set from which calculating the geometrical centers (one geometrical center per conformation).
@return: The contents of the condensed matrix resulting of calculating all euclidean distances between the aforemetioned centers.
"""
# Calculate geom centers
centers = coordinates.mean(1)
distances = scipy.spatial.distance.pdist(centers, 'euclidean')
return distances


--- layout: default title: Mobility ---
The Mobility Element focuses on the movement of people and goods, including the availability of quality multi-modal transportation options.


|
MiniGFX
0.13.5
Helper classes, abstractions, and interfaces to assist in OpenGL rendering applications.
|
Encapsulates an OpenGL multi-buffer that is fixed in size. More...
#include <glStaticMultiBuffer.hpp>
Public Member Functions | |
| ~glStaticMultiBuffer () | |
| Wait on this buffers fences, then destroy it. | |
| glStaticMultiBuffer () | |
| Default Constructor. | |
| glStaticMultiBuffer (const GLsizeiptr &size, const void *data=nullptr, const GLbitfield storageFlags=GL_DYNAMIC_STORAGE_BIT) | |
| Construct a new Static Multi-Buffer. More... | |
| glStaticMultiBuffer (const glStaticMultiBuffer &other) noexcept | |
| Construct a new Static Multi-Buffer, from another buffer. | |
| glStaticMultiBuffer (glStaticMultiBuffer &&other) noexcept | |
| Move Constructor. | |
| glStaticMultiBuffer & | operator= (const glStaticMultiBuffer &other) noexcept |
| Copy GL object from 1 instance in to another. | |
| glStaticMultiBuffer & | operator= (glStaticMultiBuffer &&other) noexcept |
| Move GL object from 1 instance to another. | |
| void | write (const GLsizeiptr offset, const GLsizeiptr size, const void *data) noexcept |
| Write the supplied data to GPU memory. More... | |
| Public Member Functions inherited from mini::glMultiBuffer< BufferCount > | |
| virtual | ~glMultiBuffer ()=default |
| Virtual Destructor. | |
| glMultiBuffer ()=default | |
| Default constructor. | |
| glMultiBuffer (glMultiBuffer &&) noexcept=default | |
| Move constructor. | |
| glMultiBuffer (const glMultiBuffer &) noexcept=default | |
| Copy constructor. | |
| glMultiBuffer & | operator= (glMultiBuffer &&) noexcept=default |
| Move assignment. | |
| glMultiBuffer & | operator= (const glMultiBuffer &) noexcept=default |
| Copy assignment. | |
| void | beginWriting () const noexcept |
| Prepare this buffer for writing, waiting on any reads. | |
| void | endWriting () const noexcept |
| Signal that this multi-buffer is finished being written to. | |
| void | endReading () noexcept |
| Signal that this multi-buffer is finished being read from. | |
| void | bindBuffer (const GLenum target) const noexcept |
| Bind this buffer to the target specified. More... | |
| void | bindBufferBase (const GLenum target, const GLuint index) const noexcept |
| Bind this buffer to a particular shader binding point. More... | |
Additional Inherited Members | |
| Static Public Member Functions inherited from mini::glMultiBuffer< BufferCount > | |
| static void | WaitForFence (GLsync &fence) noexcept |
| Wait for the fence at the supplied index to pass. More... | |
| Protected Attributes inherited from mini::glMultiBuffer< BufferCount > | |
| GLsync | m_writeFence [BufferCount] {} |
| Protected Attributes. More... | |
| GLsync | m_readFence [BufferCount] {} |
| Fence for reading data. | |
| GLuint | m_bufferID [BufferCount] {} |
| OpenGL object IDs. | |
| int | m_index = 0 |
| Multi-buffer index. | |
Encapsulates an OpenGL multi-buffer that is fixed in size.
|
inlineexplicit |
Construct a new Static Multi-Buffer.
| size | the starting size of this buffer. |
| data | optional data buffer, must be at least as large. |
| storageFlags | optional bit - field flags. |
|
inlinenoexcept |
Write the supplied data to GPU memory.
| offset | byte offset from the beginning. |
| size | the size of the data to write. |
| data | the data to write. |


Komodo
kmdlabs
Please read pinned messages
100 messages
Before 05-Dec-19 12:00 AM
CrisF
08-Jan-19 12:33 PM
If you could please have a look when you have a chance I can send it to Alright and Mylo after a final confirm from Blackjok3r.
Everyone else is welcome jum in too!
@Bar_F1sh_Rel
I have managed to get further along with Proxmox. Just found a new guide on networking for the ubuntu install on VM.
It looks like it will be very useful when I get it sorted out!
Bar_F1sh_Rel
08-Jan-19 12:37 PM
Ahhh the yaml file??
CrisF
08-Jan-19 12:38 PM
That will be coming soon. Not looking forward to that. I hate yam
(not a yam, but I hate kiwi too)
TonyL
08-Jan-19 12:41 PM
https://cfeky.kmdlabs.io/tx/beb9e1cd1c2574c61d6b6ded906a62552c0b5db4dbe7ca554d1b5c9164da904c
hmm my import transactions not including to blocks
Received time just changing on current time - and I'm not rebroadcasting it actually
@blackjok3r
sos
smk762 - dracocanis ominator
08-Jan-19 12:44 PM
len(labs-cli help | grep getimports) == 0
is the rpc active?
blackjok3r
08-Jan-19 12:45 PM
It should be
TonyL
08-Jan-19 12:45 PM
CFEKY komodod daemon is up on my node
What is labs-cli and where can I find it?
1
blackjok3r
08-Jan-19 12:46 PM
Is the explorer just down or whats the problem?
smk762 - dracocanis ominator
08-Jan-19 12:46 PM
all, good call works just cant see it in the help list
TonyL
08-Jan-19 12:46 PM
My import transactions not confirming
smk762 - dracocanis ominator
08-Jan-19 12:46 PM
there's a staked-cli which is less lines of code
TonyL
08-Jan-19 12:47 PM
On CFEKY
blackjok3r
08-Jan-19 12:47 PM
O don't know how to add them to the help list
smk762 - dracocanis ominator
08-Jan-19 12:47 PM
I just renamed it and did it more verbosely
blackjok3r
08-Jan-19 12:47 PM
Lol
1
I know its needed
But some of them show and some dont
CrisF
08-Jan-19 12:47 PM
labs-cli looks very nice.
smk762 - dracocanis ominator
08-Jan-19 12:48 PM
the help could do with a revist. seems wirtten by many, and not so standardised
big job tho
blackjok3r
08-Jan-19 12:48 PM
No idea about explorer I'm on phone, I used a known tx to get things to display, it something is wrong please document of so I can look at it tomorrow
TonyL
08-Jan-19 12:50 PM
If you're about my issue it's not related to explorer - my imports on CFEXY not getting into the blocks anymore Exports from CFEKX are fine
blackjok3r
08-Jan-19 12:50 PM
Ahh are u logging what step its failing on?
TonyL
08-Jan-19 12:50 PM
It's not failing
https://cfeky.kmdlabs.io/tx/beb9e1cd1c2574c61d6b6ded906a62552c0b5db4dbe7ca554d1b5c9164da904c
Just not confirming
blackjok3r
08-Jan-19 12:50 PM
In the past only the very last step has failed
So they are both being mined?
Try mining them
TonyL
08-Jan-19 12:51 PM
https://cfekx.kmdlabs.io/tx/6a824d085930b14357b8fff07ab4151b374a1f3f005da45a28b9608082658e97
Export for this import is mined
smk762 - dracocanis ominator
08-Jan-19 12:51 PM
labs-cli getimports 1351 CFEKX { "imports": [ ], "TotalImported": 1401284.26631712, "time":<PHONE_NUMBER> } CFEKY { "imports": [ ], "TotalImported": 1401885.60102352, "time":<PHONE_NUMBER> }
blackjok3r
08-Jan-19 12:51 PM
That means that block has no imports, maybe the display. Needs some work
Let me k ow what u need
smk762 - dracocanis ominator
08-Jan-19 12:51 PM
so imports [] yet to be implemented? once we have the json format?
blackjok3r
08-Jan-19 12:52 PM
No the block is just empty
smk762 - dracocanis ominator
08-Jan-19 12:52 PM
total is cumulative since genesis?
TonyL
08-Jan-19 12:52 PM
It have no confirmations on blockchain (getrawtransaction 1 - return no confirmation filed at all)
blackjok3r
08-Jan-19 12:52 PM
So try mining them? I've seen this before
The mempool can break when u send too many dependant transactions at once
That's why I spread my migrates over days of time
To get around it you need to create raw tx with lots of utxo inputs
And don't let the daeomon choose for u with fund
Are notarizations happening? Is there a fork? Etc...
CrisF
08-Jan-19 12:55 PM
there are notarizations
TonyL
08-Jan-19 12:55 PM
Yep all imports presists in my mempool
blackjok3r
08-Jan-19 12:55 PM
Sounds like his txs are not propagating the mepool
He's needs to mine them into a block
TonyL
08-Jan-19 12:56 PM
I'm just afraid to mine on NN
blackjok3r
08-Jan-19 12:56 PM
It will be fine
1
1
1
1
I only sat not to because u fills the wallet with utxo that iguana can't use
For short periods its ok
smk762 - dracocanis ominator
08-Jan-19 12:57 PM
pool is up if that helps
blackjok3r
08-Jan-19 12:57 PM
U need to see if they r propagating it may be a problem
I had a mempool the other day with 2000 txs and miner wasn't including them in blocks
smk762 - dracocanis ominator
08-Jan-19 12:58 PM
when I was stuck on 1211, mempool had a buttload of oracle creationtxs not procesing
TonyL
08-Jan-19 12:58 PM
./komodo-cli -ac_name=CFEKY getrawmempool | jq length 1873
blackjok3r
08-Jan-19 12:59 PM
Get some others to check and see of they r sending
smk762 - dracocanis ominator
08-Jan-19 01:00 PM
I get 211 from that call
Bar_F1sh_Rel
08-Jan-19 01:00 PM
Are you sending multiple tx in a single step with this migrate?
blackjok3r
08-Jan-19 01:00 PM
Imports don't depend on anything so they should propagate
Not 100% on that tho
Bar_F1sh_Rel
08-Jan-19 01:00 PM
You may be overloading the free transaction limit
blackjok3r
08-Jan-19 01:01 PM
That's true!
Imports don't have a tz fee
TonyL
08-Jan-19 01:01 PM
Oh
Is there a limit per block or ?
(edited)
blackjok3r
08-Jan-19 01:01 PM
Maybe? We can remove that limitation
Bar_F1sh_Rel
08-Jan-19 01:02 PM
Only if you want the chain to be open to spam lock
TonyL
08-Jan-19 01:02 PM
Test chains
blackjok3r
08-Jan-19 01:02 PM
I think for imports only it will be ok
Bar_F1sh_Rel
08-Jan-19 01:02 PM
True
blackjok3r
08-Jan-19 01:03 PM
Might be home soon can look
TonyL
08-Jan-19 01:07 PM
Ok
https://github.com/StakedChain/PoS_scripts/pull/3
python migration script v2 by tonymorony · Pull Request #3 · Sta...
@Bar_F1sh_Rel
^^
Bar_F1sh_Rel
08-Jan-19 01:11 PM
Cool. Another couple hours at work.
TonyL
08-Jan-19 01:11 PM
But imports seems stuck in mempool now
Bar_F1sh_Rel
08-Jan-19 01:12 PM
I'm running on separate nodes that are mining - that might help me include some
TonyL
08-Jan-19 01:13 PM
Oh cool
blackjok3r
08-Jan-19 01:18 PM
Will have a look at the mining code in a while just got home, have visitors do before bed see if its easy fix
smk762 - dracocanis ominator
08-Jan-19 01:23 PM
i just tried sending a few migrates on CFEKY, not going anywhere yet... Waiting for confirmations (1812 sec)
(edited)
Waiting for confirmations (641 sec)
Waiting for confirmations (385 sec)
TonyL
08-Jan-19 01:24 PM
Seems migrations on FEKs are fecked
1
smk762 - dracocanis ominator
08-Jan-19 01:24 PM
komodo-cli -ac_name=CFEKY getrawmempool [ "6bf334094168628b9848766ef753b4abb50e7664a0e12c5770957cd8aeca1860", "b03756a7c47b17e475f4b7791873de88da2e5e63ba56a6971f7d5b70bf9cb489", "ae3667fff0a8ddf7b56f2aa5983543e5c7f1972da9bc3a86f51e25cf82d4c9b4", "4d06d4bf5eb0fb3b4ab449d6e3e4eb6a93b479466f7c9cc7cb6bfbc718d724c9" ]
sorry those were Y -> X
blackjok3r
08-Jan-19 01:52 PM
if (tx.IsCoinImport()) { CAmount nValueIn = GetCoinImportValue(tx); nTotalIn += nValueIn; dPriority += (double)nValueIn * 1000; // flat multiplier
its not the mining priority
blackjok3r
08-Jan-19 02:04 PM
definatly an issue though... 632 in mempool, set mining on, 8 threads... only chose 3 tx
TonyL
08-Jan-19 02:05 PM
My mempool is reducing on 2-3 txs each block
blackjok3r
08-Jan-19 02:05 PM
yep same... I found a limit in the code .. investigating
I think the best solution will be to just let imports have a tx fee... if thats not too hard.


GrMesh::GrMesh::SRange Struct Reference
#include <GrMesh.h>
List of all members.
Detailed Description
Definition at line 44 of file GrMesh.h.
Constructor & Destructor Documentation
| GrMesh::GrMesh::SRange::SRange |
( |
|
) |
[inline] |
Member Data Documentation
| MAABox GrMesh::GrMesh::SRange::aaBox |
| MSphere GrMesh::GrMesh::SRange::bounds |
starting vertex or index.
Definition at line 50 of file GrMesh.h.
| unsigned int GrMesh::GrMesh::SRange::maxIndex |
only used for indexed meshes.
Definition at line 52 of file GrMesh.h.
| unsigned int GrMesh::GrMesh::SRange::minIndex |
number of vertices or indices to process.
Definition at line 51 of file GrMesh.h.
The documentation for this struct was generated from the following file:
- C:/Bootstrap/ProjectBX/Documentation/Code/Engine/Graphics/GrMesh.h


We start from the confusion matrix in binary classification:
| Actual | |||
| Positive \(p = tp + fn\) |
Negative \(n = fp + tn\) |
||
| Predicted | Positive \(p' = tp + fp\) |
\(tp\) | \(fp\) |
| Negative \(n' = fn + tn\) |
\(fn\) | \(tn\) |
In this situation, accuracy corresponds to the number of correct results divided by the total number of elements in the dataset:
\[ ACC = \frac{tp+tn}{p+n} \]As such, accuracy provides a nice measure because it allows to express a percentage of correct results. But it is known to be unreliable when the dataset is unbalanced. For example, one can produce a classifier which predicts only positive elements. Such a classifier would be correct for all the positive elements and wrong for all the negative ones:
| Actual | |||
| Positive | Negative | ||
| Predicted | Positive | \(p\) | \(n\) |
| Negative | \(0\) | \(0\) |
This is generally not considered to be a good classifier given the obvious bias towards positive elements. In such a condition, the accuracy formula becomes \(ACC = \frac{p}{p+n}\). The problem arises when the number of positive elements in the dataset far exceeds the number of negative elements, so \(p \gg n\), in which case the formula becomes \(ACC \approx \frac{p}{p} = 1\). Thus, if the dataset has many more positive elements, this biased classifier is able to achieve a high accuracy, and thus appear as a really good classifier despite its obvious bias. Similarly, with a dataset having much more negative elements than positive elements, a classifier predicting only negative elements can also achieve a high accuracy. This is what we call the accuracy paradox.
To answer this question, we start by considering that this measure is suited for balanced datasets. In other words, when half of the dataset is made of positive elements and the other half of negative elements, accuracy can be used to evaluate the ratio of correct results. Because the problem arises when this balance in the dataset is broken, we can assume that the initial formula is a particular case (balanced dataset only) of a more generic one (any dataset). Our objective is then to generalise this formula.
First, because the problem arises from the indifference between positive and negative cases, we separate them:
\[\begin{align*} ACC = & \frac{tp+tn}{p+n}\\ = & \frac{tp}{p+n} + \frac{tn}{p+n}\\ = & \frac{p}{p+n} \frac{tp}{p} + \frac{n}{p+n} \frac{tn}{n}\\ = & \frac{p}{p+n} \frac{tp}{p} + \frac{n+p-p}{p+n} \frac{tn}{n}\\ = & \frac{p}{p+n} \frac{tp}{p} + \left(\frac{p+n}{p+n} - \frac{p}{p+n}\right) \frac{tn}{n}\\ ACC = & \alpha \frac{tp}{p} + \left(1 - \alpha\right) \frac{tn}{n} & \left(\alpha = \frac{p}{p+n}\right)\\ \end{align*}\]Now, we have three elements:
This shape still allows to speak clearly about an accuracy: the two first elements are clearly percentages of correct results, each on its own category, and the third element just applies a weighting policy. Thus, the unit is preserved and the final result is again a percentage of correct results, but this time on the overall dataset.
We see now that the current accuracy formula considers both positive and negative ratios, but applies to them a weight depending on the composition of the dataset: if it is balanced (\(p = n\)) then:
\[\begin{align*} \alpha = & \frac{p}{p+n}\\ = & \frac{p}{p+p}\\ \alpha = & \frac{1}{2}\\ \end{align*}\]This is why the current formula is nice for balanced datasets: the weight of the positive elements (\(\alpha\)) is \(\frac{1}{2}\), while the weight for negative elements (\(1-\alpha\)) is also \(\frac{1}{2}\). Both are considered equally, which makes it unbiased. However, if \(p \gg n\), we obtain:
\[\begin{align*} \alpha = & \frac{p}{p+n}\\ \approx & \frac{p}{p}\\ \alpha \approx & 1\\ \end{align*}\]Thus, we consider almost only the positive elements (\(\alpha \approx 1\)), while we almost ignore negative ones (\(1-\alpha \approx 0\)). Similarly, if \(n \gg p\), then \(\alpha \approx 0\) while \(1-\alpha \approx 1\), leading to consider mainly negative elements while ignoring positive ones.
To ensure a good balance between both, one needs to fix the weight such that it remains balanced, which means considering only \(\alpha = \frac{1}{2}\). In such a case, the formula becomes:
\[\begin{align*} ACC = & \frac{1}{2} \frac{tp}{p} + \left(1 - \frac{1}{2}\right) \frac{tn}{n}\\ = & \frac{1}{2} \frac{tp}{p} + \frac{1}{2} \frac{tn}{n}\\ ACC = & \frac{\frac{tp}{p} + \frac{tn}{n}}{2}\\ \end{align*}\]In other words, a simple balanced average between the two ratios is the way to compute an unbiased accuracy. Indeed, if we use a classifier predicting only positive elements, we obtain:
\[\begin{align*} ACC = & \frac{\frac{tp}{p} + \frac{tn}{n}}{2}\\ = & \frac{\frac{p}{p} + \frac{0}{n}}{2}\\ = & \frac{1 + 0}{2}\\ ACC = & \frac{1}{2}\\ \end{align*}\]This result is independent from the dataset configuration: if only postive elements are predicted, the classifier achieves an accuracy of \(\frac{1}{2}\). Same thing if the classifier predicts only negative elements. One may argue that \(\frac{1}{2}\) is still a high value for a classifier which is obviously biased. But if we consider random values, such that half of the elements are predicted as positive and the other half as negative, we obtain:
\[\begin{align*} ACC = & \frac{\frac{tp}{p} + \frac{tn}{n}}{2}\\ = & \frac{\frac{p/2}{p} + \frac{n/2}{n}}{2}\\ = & \frac{\frac{p}{2p} + \frac{n}{2n}}{2}\\ = & \frac{\frac{1}{2} + \frac{1}{2}}{2}\\ ACC = & \frac{1}{2}\\ \end{align*}\]In other words, \(\frac{1}{2}\) is a limit which shows that we perform no better than a random classifier.
It is possible to obtain a value below this limit by using a reversed classifier. In particular, if the classifier is always wrong, so all predictions are false positives (\(fp\)) and false negatives (\(fn\)), then:
\[\begin{align*} ACC = & \frac{\frac{tp}{p} + \frac{tn}{n}}{2}\\ = & \frac{\frac{0}{p} + \frac{0}{n}}{2}\\ = & \frac{0 + 0}{2}\\ ACC = & 0\\ \end{align*}\]So if a perfect classifier would have an accuracy of 1, a classifier which is always wrong has an accuracy of 0. In this condition, it makes sense to have an uninformative classifier (whether it is random or biased) with an accuracy of \(\frac{1}{2}\).
Accuracy can be designed to fit well with unbalanced datasets. All we need is to separate ratios of positive and negative predictions and give them the same weight, instead of a dataset-dependent weight:
\[ ACC = \alpha \frac{tp}{p} + \left(1 - \alpha\right) \frac{tn}{n} \quad \text{ with } \alpha = \frac{1}{2} \]I don't know any publication about this formula, which we may call weighted accuracy, but it is shortly mentionned in (Brodersen et al., 2010) who focus on the balanced accuracy
(when \(\alpha = \frac{1}{2}\)). Meanwhile, it is worth noting that it can be rewritten in terms of recall (\(R = \frac{tp}{p}\)) and specificity (\(S = \frac{tn}{n}\)), which are both used in ROC curves, as:
Additionally, if using a common weight \(\alpha = \frac{1}{2}\) allows to get a balanced accuracy, one can also use a different weighting policy to increase the impact of the most interesting aspect. For example, one can favor the identification of rare true positives by giving a higher weight to the ratio of positive elements (i.e. a measure closer to a pure recall). But from my point of view, it seems more interesting to use a balanced accuracy in the general case and use a dedicated measure (e.g. recall or specificity) when we want to focus on a specific aspect. At least, we avoid the need to arbitrarily tweak the weight \(\alpha\).
Moreover, if we generalize further by considering accuracy as an average over \(\frac{tp}{p}\) and \(\frac{tn}{n}\), then the current formula, with \(\alpha = \frac{1}{2}\), is an arithmetic average. It is then possible to imagine a geometric average \(ACC_g = \sqrt{\frac{tp}{p} \times \frac{tn}{n}}\). As shown by the figures below, if the former considers fully biased classifiers like uninformative ones (\(ACC = \frac{1}{2}\)), the latter considers them to be wrong (\(ACC_g = 0\)).


Click start and watch memory usage of the browser in the operating system. In IE6, for example, the memory usage should increase monotonically. After clicking the stop link, the memory use should plateau and only start increasing again after clicking start again. The memory use of the OS will only garbage collect when IE6 is closed if Windows XP Service Pack 3 (SP3) is not installed. If SP3 is installed then apparently the memory should be garbage collected when the page is unloaded (i.e. refreshing the browser or navigating to another web page.) I don't have SP3 and so have not confirmed this.
Another test can be performed to see the solution to the circular memory leak problem. Click start and watch memory usage of the browser in the operating system. In IE6, for example, the memory usage should increase monotonically. After clicking the break memory loop "true" link, the memory use should plateau. Although more DOM nodes are created after clicking the break memory loop "true" link, these new DOM nodes are not self referential. If you then click the break memory loop "false" link, the memory use should start growing again.
Set break memory loop: (currently set to "")
Running indicator:


Interface IManagementApiClient
Represents the Management API client.
Namespace: Auth0.ManagementApi
Assembly: cs.temp.dll.dll
Syntax
public interface IManagementApiClient
Properties
BlacklistedTokens
Contains all the methods to call the /blacklists/tokens endpoints.
Declaration
IBlacklistedTokensClient BlacklistedTokens { get; }
Property Value
| Type | Description |
|---|---|
| IBlacklistedTokensClient |
ClientGrants
Contains all the methods to call the /client-grants endpoints
Declaration
IClientGrantsClient ClientGrants { get; }
Property Value
| Type | Description |
|---|---|
| IClientGrantsClient |
Clients
Contains all the methods to call the /clients endpoints.
Declaration
IClientsClient Clients { get; }
Property Value
| Type | Description |
|---|---|
| IClientsClient |
Connections
Contains all the methods to call the /connections endpoints.
Declaration
IConnectionsClient Connections { get; }
Property Value
| Type | Description |
|---|---|
| IConnectionsClient |
DeviceCredentials
Contains all the methods to call the /device-credentials endpoints.
Declaration
IDeviceCredentialsClient DeviceCredentials { get; }
Property Value
| Type | Description |
|---|---|
| IDeviceCredentialsClient |
EmailProvider
Contains all the methods to call the /emails/provider endpoints.
Declaration
IEmailProviderClient EmailProvider { get; }
Property Value
| Type | Description |
|---|---|
| IEmailProviderClient |
EmailTemplates
Contains all the methods to call the /email-templates endpoints.
Declaration
IEmailTemplatesClient EmailTemplates { get; }
Property Value
| Type | Description |
|---|---|
| IEmailTemplatesClient |
Jobs
Contains all the methods to call the /jobs endpoints.
Declaration
IJobsClient Jobs { get; }
Property Value
| Type | Description |
|---|---|
| IJobsClient |
Logs
Contains a ll the methods to call the /logs endpoints.
Declaration
ILogsClient Logs { get; }
Property Value
| Type | Description |
|---|---|
| ILogsClient |
ResourceServers
Contains all the methods to call the /resource-servers endpoints.
Declaration
IResourceServersClient ResourceServers { get; }
Property Value
| Type | Description |
|---|---|
| IResourceServersClient |
Rules
Contains all the methods to call the /rules endpoints.
Declaration
IRulesClient Rules { get; }
Property Value
| Type | Description |
|---|---|
| IRulesClient |
Stats
Contains all the methods to call the /stats endpoints.
Declaration
IStatsClient Stats { get; }
Property Value
| Type | Description |
|---|---|
| IStatsClient |
TenantSettings
Contains all the methods to call the /tenants/settings endpoints.
Declaration
ITenantSettingsClient TenantSettings { get; set; }
Property Value
| Type | Description |
|---|---|
| ITenantSettingsClient |
Tickets
Contains all the methods to call the /tickets endpoints.
Declaration
ITicketsClient Tickets { get; }
Property Value
| Type | Description |
|---|---|
| ITicketsClient |
UserBlocks
Contains all the methods to call the /user-blocks endpoints.
Declaration
IUserBlocksClient UserBlocks { get; }
Property Value
| Type | Description |
|---|---|
| IUserBlocksClient |
Users
Contains all the methods to call the /users endpoints.
Declaration
IUsersClient Users { get; }
Property Value
| Type | Description |
|---|---|
| IUsersClient |
Methods
GetLastApiInfo()
Gets information about the last API call;
Declaration
ApiInfo GetLastApiInfo()
Returns
| Type | Description |
|---|---|
| ApiInfo |


Playlist
Post Malone - Congratulations
Your browser does not support the
audio
element.
The Weeknd - Blinding Lights
Your browser does not support the
audio
element.
Travis Scott, Kid Cudi - THE SCOTSS
Your browser does not support the
audio
element.
BTS - ON
Your browser does not support the
audio
element.
Roddy Rich - The Box
Your browser does not support the
audio
element.


Roman Kemp's ludicrous body transformation before I'm A Celebrity - and how he managed it
The son of Spandau Ballet star Martin has become a favourite among viewers since the show launched last Sunday (November 17)
by James Rodger, Jessica Sansome, https://www.facebook.com/jamesrodgerjournalistRoman Kemp continues his I'm A Celebrity... Get Me Out Of Here! stint tonight, as the show airs on ITV1.
The son of Spandau Ballet star Martin has become a favourite among viewers since the show launched last Sunday (November 17).
And, as the Manchester Evening News reports , the 26-year-old went through a serious body transformation before heading Down Under.
The Capital FM Breakfast presenter spent 12-weeks dedicating himself to his health and fitness with the help of Caroline Flack's personal trainer, Bradley Simmonds.
Showcasing the fruits of his labour on Instagram, the radio host impressed his social media followers with before and after snaps.
He wrote on Instagram back in August: "Not one for posting a photo like this but I wanted to say a huge thank you to @bradleysimmonds for convincing me to do his #12weektransformation.
"Best training I've ever had and provided me with the results I wanted. Thank you mate."
 Stunning, stunning man. Like the eyes," one fan gushed.
Another added: "I actually fancy roman kemp so much, it’s becoming a problem. #imaceleb."
"Roman crying over a wagon wheel is already my highlight of this series #imaceleb," a third Twitter user has written this week.
A final comment read: "Didn’t know how much i needed to see roman kemp crying over half a wagon wheel until now #imaceleb."


{% extends "tpl.layout.html" %} {% block content %}
Standing in beautifully kept grounds, Casa Loma is an extraordinary building somewhat reminiscent of a medieval castle. It was originally constructed for Sir Henry Pellatt, an eccentric Canadian multi-millionaire who was among the first to recognize and exploit the money-making potential of Niagara Falls. With close to 100 rooms, including three dozen bathrooms, the house is now a museum. Visitors can take a look back in time to a period of European elegance and splendor. Canada's foremost castle is complete with decorated suites, secret passages, an 800-foot tunnel, towers, stables, and five acres of estate gardens.


public class AttributeList extends java.lang.Object implements Cloneable, TextParsable, java.io.Serializable, Transfer
attribute list
, as a convention.
It has a built-in variable list
containing all attribute. It provides utility methods processing such list (adding an element, setting an element, removing an element, etc.) as the Java List
and more advanced methods.
Recall that attribute represented by Attribute
class indicates the data type, which is also a wrapper of data type.
Profile
is one of important data structures, like record of table in database, has a list of values. Each value belongs to a particular attribute.
Profile uses attribute to specify its data types and so profile owns a reference to an attribute list.
In general, attribute list is very important to profile.| Modifier and Type | Field and Description |
|---|---|
protected java.util.List<Attribute> |
list
Built-in variable which is the
List containing all attributes. |
| Constructor and Description |
|---|
AttributeList()
Default constructor.
|
| Modifier and Type | Method and Description |
|---|---|
AttributeList |
add(Attribute att)
Adding the specified attribute into this attribute list.
|
void |
clear()
Clearing this attribute list, which means that all attributes are removed from this attribute list.
|
java.lang.Object |
clone()
Any class that implements this interface must define this method to clone itself.
|
static AttributeList |
create(Attribute[] array)
Creating an attribute list from the specified array of attributes.
|
static AttributeList |
create(java.util.Collection<Attribute> attributes)
Creating an attribute list from the specified collection of attributes.
|
static AttributeList |
defaultAccountAttributeList()
Creating the default attribute list of account information.
|
static AttributeList |
defaultAttributeMapAttributeList()
Creating the default attribute list of attribute map.
|
static AttributeList |
defaultConfigAttributeList()
Creating the default attribute list of a configuration in which the key attribute has name specified by
DataConfig.ATTRIBUTE_FIELD and the value attribute has name specified by DataConfig.ATTRIBUTE_VALUE_FIELD . |
static AttributeList |
defaultContextAttributeList()
Creating the default attribute list of context.
|
static AttributeList |
defaultContextTemplateAttributeList()
Creating the default attribute list of context template.
|
static AttributeList |
defaultItemAttributeList()
Creating the default attribute list of item information.
|
static AttributeList |
defaultNominalAttributeList()
Creating the default attribute list of nominal.
|
static AttributeList |
defaultRatingAttributeList()
Creating the default attribute list of a rating that a user gives on an item.
|
static AttributeList |
defaultUserAttributeList()
Creating the default attribute list of user information.
|
Attribute |
get(int idx)
Getting the attribute at specified index.
|
Condition |
getEmptyKeyCondition()
Recall that
Profile is one of important data structures, like record of table in database, has a list of values. |
Attribute |
getId()
Recall that
Profile is one of important data structures, like record of table in database, has a list of values. |
Keys |
getKeys()
Recall that
Profile is one of important data structures, like record of table in database, has a list of values. |
java.util.List<Attribute> |
getList()
Getting the internal list of attributes.
|
boolean |
identity(AttributeList list)
Testing whether this attribute list is identical to specified attribute list.
|
int |
indexOf(java.lang.String attName)
Looking up an attribute by the specified attribute name.
|
AttributeList |
nomalizeId(java.lang.String idName,
Attribute.Type type,
boolean autoInc)
Normalizing this attribute list.
|
void |
parseText(java.lang.String spec)
Converting text into TextParsable object.
|
void |
setKey(int attIndex)
Recall that
Profile is one of important data structures, like record of table in database, has a list of values. |
void |
setKey(java.lang.String attName)
Recall that
Profile is one of important data structures, like record of table in database, has a list of values. |
void |
setKeys(java.util.Collection<java.lang.String> attNameList)
Recall that
Profile is one of important data structures, like record of table in database, has a list of values. |
void |
setKeys(int[] attIndexes)
Recall that
Profile is one of important data structures, like record of table in database, has a list of values. |
void |
setKeysByIndexList(java.util.Collection<java.lang.Integer> attIndexList)
Recall that
Profile is one of important data structures, like record of table in database, has a list of values. |
int |
size()
Getting the size of attribute list.
|
java.lang.String |
toString() |
java.lang.String |
toText()
Converting TextParsable object into text.
|
java.lang.Object |
transfer()
This method will transfer all built-in variables of this
Transfer class to other Transfer class without deep copying (deep cloning). |
protected java.util.List<Attribute> list
List
containing all attributes.public int size()
public Attribute get(int idx)
idx
- Specified index.public java.util.List<Attribute> getList()
List
of attributes.public AttributeList add(Attribute att)
att
- Specified attribute added at the end of this attribute list.AttributeList
.public int indexOf(java.lang.String attName)
attName
- Specified attribute namepublic void clear()
public java.lang.Object clone()
Cloneable
clone
in class java.lang.Object
public java.lang.Object transfer()
Transfer
Transfer
class to other Transfer
class without deep copying (deep cloning).
It means that built-in variables are transferred by reference assignments.public static AttributeList create(Attribute[] array)
array
- Specified array of attributes.public static AttributeList create(java.util.Collection<Attribute> attributes)
attributes
- Specified collection of attributes.public void parseText(java.lang.String spec)
TextParsable
parseText
in interface TextParsable
spec
- Specified text.public java.lang.String toText()
TextParsable
toText
in interface TextParsable
public java.lang.String toString()
toString
in class java.lang.Object
public AttributeList nomalizeId(java.lang.String idName, Attribute.Type type, boolean autoInc)
autoInc
) attribute.
The ID attribute is established according to input parameters such as idName
, type
, and autoInc
.idName
- Name of identification (ID) attribute.type
- Type of identification (ID) attribute.autoInc
- Whether or not the identification (ID) attribute has auto-increment mechanism.AttributeList
public Keys getKeys()
Profile
is one of important data structures, like record of table in database, has a list of values. Each value belongs to a particular attribute.
In a profile, a key attribute or a set of some key attributes are used to distinguish two profiles.
If there is only one key attribute, we state that the profile has single key. A integer single key is also called identification (ID).
If there are a set of key attributes, we state that the profile has complex key.
Single key and complex key are represented by the Keys
class.
This method returns a list of key attribute in this attribute list represented by Keys
class.
Note that the method Attribute.isKey()
of a key attribute returns true
.Keys
of attribute listpublic void setKey(java.lang.String attName)
Profile
is one of important data structures, like record of table in database, has a list of values. Each value belongs to a particular attribute.
In a profile, a key attribute or a set of some key attributes are used to distinguish two profiles.
If there is only one key attribute, we state that the profile has single key. A integer single key is also called identification (ID).
If there are a set of key attributes, we state that the profile has complex key.
Single key and complex key are represented by the Keys
class.
This method establishes that the attribute having specified name becomes key attribute.
Note that the method Attribute.isKey()
of a key attribute returns true
.attName
- Name of specified attribute.public void setKeys(java.util.Collection<java.lang.String> attNameList)
Profile
is one of important data structures, like record of table in database, has a list of values. Each value belongs to a particular attribute.
In a profile, a key attribute or a set of some key attributes are used to distinguish two profiles.
If there is only one key attribute, we state that the profile has single key. A integer single key is also called identification (ID).
If there are a set of key attributes, we state that the profile has complex key.
Single key and complex key are represented by the Keys
class.
This method establishes that the attributes having specified names becomes key attributes.
Note that the method Attribute.isKey()
of a key attribute returns true
.attNameList
- Names of specified attributes.public void setKey(int attIndex)
Profile
is one of important data structures, like record of table in database, has a list of values. Each value belongs to a particular attribute.
In a profile, a key attribute or a set of some key attributes are used to distinguish two profiles.
If there is only one key attribute, we state that the profile has single key. A integer single key is also called identification (ID).
If there are a set of key attributes, we state that the profile has complex key.
Single key and complex key are represented by the Keys
class.
This method establishes that the attribute having specified index becomes key attribute.
Note that the method Attribute.isKey()
of a key attribute returns true
.attIndex
- Index of specified attribute.public void setKeysByIndexList(java.util.Collection<java.lang.Integer> attIndexList)
Profile
is one of important data structures, like record of table in database, has a list of values. Each value belongs to a particular attribute.
In a profile, a key attribute or a set of some key attributes are used to distinguish two profiles.
If there is only one key attribute, we state that the profile has single key. A integer single key is also called identification (ID).
If there are a set of key attributes, we state that the profile has complex key.
Single key and complex key are represented by the Keys
class.
This method establishes that the attributes having specified indices becomes key attributes.
Note that the method Attribute.isKey()
of a key attribute returns true
.attIndexList
- Collection
of indices of specified attributes.public void setKeys(int[] attIndexes)
Profile
is one of important data structures, like record of table in database, has a list of values. Each value belongs to a particular attribute.
In a profile, a key attribute or a set of some key attributes are used to distinguish two profiles.
If there is only one key attribute, we state that the profile has single key. A integer single key is also called identification (ID).
If there are a set of key attributes, we state that the profile has complex key.
Single key and complex key are represented by the Keys
class.
This method establishes that the attributes having specified indices becomes key attributes.
Note that the method Attribute.isKey()
of a key attribute returns true
.attIndexes
- Array of indices of specified attributes.public Attribute getId()
Profile
is one of important data structures, like record of table in database, has a list of values. Each value belongs to a particular attribute.
In a profile, a key attribute or a set of some key attributes are used to distinguish two profiles.
If there is only one key attribute, we state that the profile has single key. A integer single key is also called identification (ID).
If there are a set of key attributes, we state that the profile has complex key.
Single key and complex key are represented by the Keys
class.
This method returns the ID attribute in this attribute list.public Condition getEmptyKeyCondition()
Profile
is one of important data structures, like record of table in database, has a list of values. Each value belongs to a particular attribute.
In a profile, a key attribute or a set of some key attributes are used to distinguish two profiles.
If there is only one key attribute, we state that the profile has single key. A integer single key is also called identification (ID).
If there are a set of key attributes, we state that the profile has complex key.
Single key and complex key are represented by the Keys
class.
Condition is the special profile which is used in condition clause where
in SQL statement for processing database, for example.
However condition can be used in any necessary situation.
This method creates an empty condition of key attributes. All values of empty condition are null
.public static AttributeList defaultConfigAttributeList()
DataConfig.ATTRIBUTE_FIELD
and the value attribute has name specified by DataConfig.ATTRIBUTE_VALUE_FIELD
.public static AttributeList defaultUserAttributeList()
public static AttributeList defaultItemAttributeList()
public static AttributeList defaultRatingAttributeList()
public static AttributeList defaultNominalAttributeList()
public static AttributeList defaultAccountAttributeList()
public static AttributeList defaultAttributeMapAttributeList()
Item
in Hudup database contains only item identification (item ID) and item name.
There is an external table Product
in outside database contains product price and product vendor.
The attribute map allows to mapping product price and product vendor into Hudup database as item price and item vendor.
Such attribute list has three attributes whose names are specified by constants as follows:
DataConfig.INTERNAL_UNIT_FIELD
, for example, the internal table "Item" in Hudup database.DataConfig.INTERNAL_ATTRIBUTE_NAME_FIELD
, for example, the field "item price" in Hudup database.DataConfig.INTERNAL_ATTRIBUTE_VALUE_FIELD
, for example, the value field "12 USD" in Hudup database.DataConfig.EXTERNAL_UNIT_FIELD
, for example, the external table "Product" in outside database.DataConfig.EXTERNAL_ATTRIBUTE_NAME_FIELD
, for example, the field "product price" in outside database.DataConfig.EXTERNAL_ATTRIBUTE_VALUE_FIELD
, for example, the value field "10 Euro" in outside database.public static AttributeList defaultContextTemplateAttributeList()
ContextTemplate
is template for a context represented by the class Context
.
Context
includes time, location, companion, etc. associated with a user when she/he is buying, studying, etc.
Such attribute list has four attributes whose names are specified by constants as follows:
public static AttributeList defaultContextAttributeList()
public boolean identity(AttributeList list)
list
- Specified attribute list.


The number of frames in the gif (aka one single spin)
Number of frames displayed every second. (Total frames) / FPS = gif duration


History of Ladies Circle
Ladies’ Circle (LCI) has its roots set in England. At that time, during the Second World War ‘Circling’ was limited to social obligations:
- helping out at the hospitals
- running canteens
- visiting hospitalised people
- gathering articles of clothing for orphans
On 29 May 1959, an important date in the history of LCI, at the Round Table International Annual General Meeting in Leiden, The Netherlands the three countries established Ladies’ Circle International (LCI). The founder members of LCI were Molly Worley (President), LC GB&I, Jen Ulfvik (Vice President), LC Sweden, Margery Coombe (Secretary), LC GB&I, and Søs Tarp (Treasurer), LC Denmark. The Constitution was drawn up, based on equality of all Member Associations within an international structure. From this developed the Aims and Objectives, these are since then never changed. Ladies’ Circle International expanded into new countries and other continents. In 1959 LC Finland was founded, followed by LC Norway in 1961, LC Belgium and LC Hong Kong in 1967, LC France and LC India in 1970, LC Kenya in 1971 and LC Germany in 1972. At the AGM in 1994, a significant rule change was passed; following which Ladies’ Circle International became totally independent from Round Table. Ladies’ Circle International is since then open to all women between the ages of 18 and 45. In 2015 LCI & RTI signed a Memorandum of Understanding between the two clubs to encourage a closer relationship whilst assisting each other. Referred to as the ‘Side by Side’ (SBS) Agreement for which two pins have been produced. Proceeds from sale of pins go towards International Charity projects for Ladies’ Circle and Round Table respectively.
Local
Most Circles organise 1 or 2 (statutory) meetings per month, equating on average to 15-20 meetings per year (as there are no statutory meetings during July and August.) Each Circle is responsible for creating its own programmes, what means that no two Circles are exactly the same. During these meetings, discussions around activities the Circle would like to engage in ranging from organising fund raisers, the charities they would like to support, family meetings, conferences, sport activities, etc. Each Circle organises all of the events that need to be done to make the local Circles work. Nevertheless, these meetings always offer a great environment for friendship and amusement. Circles may choose to wear our Ladies’ Circle pin and jewel (chain of office) to formally open and close the meeting, read the aims and objects, approve the report of last meeting, introduce visitors, discuss matters of concern and give all in attendance equal opportunity to engage and learn. The local meetings will bring the same group of ideally 15 to20 members together, but the opportunities to get together are far greater than that of only the regular meetings per monthArea/Region
The areas exist in some large associations, where a level between local and national level is needed to promote friendship more easily within the local Circles. They also organise meetings and activities to facilitate encounters and exchanges between different Circles from the same area and make the link between the Circles and the National Board.National
Each association holds an annual general meeting or AGM for all its members. As it’s hosted on local or area level, during this AGM, discussions are bases around matters concerning the running of the organization for the incoming year, while meeting many old friends for the first time. Most of associations also hold a half-year meeting. Associations have a National Board to deal with the structure of the organisation, coordination and communication between the Circles, etc.International
Ladies’ Circle is present on 5 continents, creating the chance of international encounters and exchanges. For example, you can take part in number Club exchange which combine Ladies’ Circles having the same Circle number worldwide. You also get the chance to participate in AGM’s of any other associations in other countries and participate in any of the international meetings. Circlers are encouraged not fear to speak another language than your mother language, as the official language of Ladies’ Circle is “bad” English. LCI is divided into 5 regions:- NORDIC: Northern Europe and America
- MIDDLE: Central and Eastern Europe
- SOUTHERN: Southern Europe and Mediterranean
- AFRICAN: Africa Middle East Indian Ocean
- APAC: Asia Pacific
Region
Each region organises a Mid Term Meeting (MTM) during January/February these can be grouped together on alternate years.5 CLUB FAMILY
Ladies’ Circle is a part of the Round Table Family composed by 5 clubs who promote the same values.- Ladies Circle for you women between 18 and 45 years old
- Round Table International for young man between 18 and 45 years old
- Tangent Club International gathers former Circlers and is composed by women of at least 42 years old
- Agora Club International gathers former Circlers and is composed by women of at least 42 years old but they do accept non-former Circlers within their members
- 41 Club International: For Tablers who has reached the age of 40.


EasyJet buys Thomas Cook airport slots at Gatwick and Bristol for US$46 million
British budget airline easyJet has bought failed travel company Thomas Cook's take-off and landing slots at London Gatwick and Bristol airports for 36 million pounds (US$46.13 million), it said on Friday.
LONDON: British budget airline easyJet has bought the take-off and landing slots of failed travel company Thomas Cook at London Gatwick and Bristol airports for 36 million pounds (US$46 million), it said on Friday.
Thomas Cook's UK business and airline went into immediate insolvency when the company collapsed in September, and a court appointed an official receiver to liquidate its assets.
EasyJet acquired 12 of summer slot pairs and 8 winter slot pairs at Gatwick, plus six summer slot pairs and one winter slot pair at Bristol, in the deal. The airline added that contractual terms had been concluded.
The acquisition by easyJet marks the first sale in relation to Thomas Cook's airports slot portfolio. London Gatwick was one of Thomas Cook's main bases, along with Manchester airport.
Last month Hays Travel bought Thomas Cook's network of British travel agent shops, while China's Fosun, which had been the largest shareholder of the group, bought the Thomas Cook brand last week.
The collapse of Thomas Cook, the world's oldest travel company stranded tens of thousands of passengers as its UK business immediately stopped trading.
Its Nordic business was rescued last month, while its German airline Condor is still operating.
(Reporting by Alistair Smout; Editing by Jan Harvey and Emelia Sithole-Matarise)


Buildings:
1.
2.
1. First the click the 'get building data' button. The data will display on-screen so you can check if it is OK.
2. If the data is acceptable, you may save the data to a file.
Along with the data, little boxes appear at vertices. These are to help you identify that the script is identifying coordinates correctly.
View the gbXML file using Spider gbXML Viewer


--- layout: ocpj8-notes title: Java SE 8 Programmer II - Java I/O Fundamentals permalink: /:path/:basename ---
Access to the console depends upon the underlying platform and also upon the way in which the Java program is invoked. If it's started from the command line without redirecting the standard input and output streams, then its console will exist. If it's stated for example by a background job scheduler or an IDE, it's most likely that it will be no access to the console.
If there's a console, it will be available with the System.console()
method. If it's not available, an invocation of that method will return null.
Reading a line of text from the console:
Console console = null;
String s = null;
try
{
console = System.console();
if (console != null)
{
s = console.readLine();
System.out.println(s);
}
} catch (Exception ex)
{
ex.printStackTrace();
}
For reading a password or other secure data,readPassword()
or readPassword(String, Object...)
(that provides a formatted prompt) and manually zero the returned character array after processing to minimize the lifetime of sensitive data in memory:
Console console = null;
char[] passwd = null;
try
{
console = System.console();
if (console != null)
{
if((passwd = console.readPassword("[%s]", "Password:")) != null) {
java.util.Arrays.fill(passwd, ' ');
}
}
} catch (Exception ex)
{
ex.printStackTrace();
}
For writing, we have two equivalent methods that accept a format string:
Console console = System.console();
if (console != null)
{
console.format("[%s]", "Hi");
console.printf("[%s]", "Hi again");
console.format("Or just hi");
}
Java supports three standard streams: Standard Input, accessed through System.in
; Standard Output, accessed through System.out
; and Standard Error, accessed through System.err
. These objects are defined automatically and do not need to be opened.
To read using streams:
try {
BufferedReader bufferRead = new BufferedReader(new InputStreamReader(System.in));
String s = bufferRead.readLine();
System.out.println(s);
}
catch(IOException ex)
{
ex.printStackTrace();
}
To write, standard output and standard error are both for output and they are defined as PrintStream objects:
System.out.println("Hi");
System.out.print("Hi again\n");
This class is a representation of a file or a directory pathnames. Its instances are immutable, that is, once created, the abstract pathname represented by the object will never change.
You can create an instance this way:
File file = new File("c:\\file.txt");
Or:
File file = new File("/usr/file.txt");
Once you have created a File object you can do a lot of things:
// Check if the corresponding file or directory actually exists
boolean fileExists = file.exists();
// Create a single directory if it does not already exist
boolean directoryCreated = file.mkdir();
// Read the length of the file in bytes
long length = file.length();
// Rename or move a file or directory:
boolean renameSuccessful = file.renameTo(new File("c:\\new-file.txt"));
// Delete the file or directory
success = file.delete();
// Check if the File object points to a directory
boolean isDirectory = file.isDirectory();
// Check if the file/directory is hidden
boolean isHidden = file.isHidden();
// Get a list (an array) of all the names of the files/directories in a directory
String[] fileNames = file.list();
// Get a list of all files/directories in a directory as instances of File
File[] files = file.listFiles();
FileReader and FileWriter are character based, they are intended for reading and writing text.
Here's an example code snippet for FileReader:
Reader reader = new FileReader("c:\\file.txt");
int data = reader.read();
while(data != -1){
char dataChar = (char) data;
data = reader.read();
}
reader.close();
Here's an example code snippet for FileWriter:
Writer writer = new FileWriter("c:\\file.txt");
writer.write("Hello World Writer");
writer.close();
FileReader extends from InputStreamReader, so it can work with an InputStream. At the same time, FileWriter extends from OutputStreamReader, so it can work with an OutputStream.
FileInputStream reads the contents of a file as a stream of bytes. It's a subclass of InputStream. It can be created either with a String or a File object that represent a path. Here's an example:
InputStream input = new FileInputStream("c:\\text.txt");
int byteData = input.read();
while(byteData != -1) {
byteData = input.read();
}
input.close();
There's another version of read()
that reads up to the length of an array of bytes of data from the input stream into that array:
InputStream fis = new FileInputStream("c:\\text.txt");
byte[] data = new byte[1024];
int bytesRead = fis.read(data);
while(bytesRead != -1) {
bytesRead = fis.read(data);
}
fis.close();
FileOutputStream writes the contents of a file as a stream of bytes. It's a subclass of OutputStream. It can be created either with a String or a File object that represent a path.
When you create a FileOutputStream representing a file that already exists, you can decide if you want to overwrite or to append to the existing file. It depends on the constructor you choose:
OutputStream fos1 = new FileOutputStream("c:\\text.txt"); //overwrites file
OutputStream fos2 = new FileOutputStream("c:\\text.txt", true); //appends to file
OutputStream fos3 = new FileOutputStream("c:\\text.txt", false); //overwrites file
When you write to a FileOutputStream, the data may get cached internally in memory and written to disk at a later time. If you want to make sure that all data is written to disk without having to close the FileOutputStream, you can call its flush()
method.
OutputStream output = null;
try {
output = new FileOutputStream("c:\\text.txt");
while(moreData()) {
int data = getData();
output.write(data);
}
} finally {
if(output != null) {
output.close();
}
}
The other versions of the write()
method are:
write(byte[] bytes)
. It writes all the bytes in the byte array to the OutputStream.
write(byte[] bytes, int offset, int length)
. It writes to the OutputStream length number of bytes starting from an offset of the byte array.
BufferedReader provides buffering to a character-input stream. Rather than read one byte at a time, BufferedReader reads a larger block at a time. To add buffering to an InputStream just wrap it in a BufferedInputStream:
Reader r = new BufferedReader(new FileReader("c:\\file.txt"));
The BufferedReader creates a byte array internally and fills it by calling the read()
or readLine()
methods on the underlying Reader. You can set the buffer size to use internally, for example to 1024 bytes, like this:
Reader r = new BufferedReader(new FileReader("c:\\file.txt"), 1024);
BufferedWriter provides buffering to a character-output stream. To add buffering to a Writer just wrap it in a BufferedWriter:
BufferedWriter input = new BufferedWriter(new FileWriter("c:\\file.txt"));
To set the size of the buffer, provide it as a constructor parameter like this:
BufferedWriter input = new BufferedWriter(new FileWriter("c:\\file.txt"), 1024);
Without buffering, each invocation of a write()
or newLine()
method would cause characters to be converted into bytes and written immediately to the file, which can be very inefficient.
ObjectInputStream allows you to read serialized objects (their class must implement java.io.Serializable) from an InputStream instead of only bytes. You wrap an InputStream in an ObjectInputStream like this:
class Test implements java.io.Serializable {}
...
ObjectInputStream input = new ObjectInputStream(new FileInputStream("obj.data"));
Test object = (Test) input.readObject();
input.close();
ObjectOutputStream allows you to write serialized objects (their class must implement java.io.Serializable) from an OutputStream instead of only bytes. You wrap an OutputStream in an ObjectOutputStream like this:
class Test implements java.io.Serializable {}
...
ObjectOutputStream output = new ObjectOutputStream(new FileOutputStream("obj.data"));
Test object = new Test();
output.writeObject(object);
output.close();
PrintWriter class allows you to write formatted data or data from primitive types instead of bytes to an underlying Writer. Here's an example:
PrintWriter writer = new PrintWriter(new FileWriter("c:\\file.txt") );
writer.print(true);
writer.print(1);
writer.print(1.23);
// printf and format methods do the same
writer.printf("%s", "Hi");
writer.format("%s", "Hi");
writer.close();
The constructors of PrintWriter are:
PrintWriter(File file)
Creates a new PrintWriter, without automatic line flushing, with the specified file.
PrintWriter(File file, String csn)
Creates a new PrintWriter, without automatic line flushing, with the specified file and charset.
PrintWriter(OutputStream out)
`
Creates a new PrintWriter, without automatic line flushing, from an existing OutputStream.
PrintWriter(OutputStream out, boolean autoFlush)
Creates a new PrintWriter from an existing OutputStream.
PrintWriter(String fileName)
Creates a new PrintWriter, without automatic line flushing, with the specified file name.
PrintWriter(String fileName, String csn)
Creates a new PrintWriter, without automatic line flushing, with the specified file name and charset.
PrintWriter(Writer out)
Creates a new PrintWriter, without automatic line flushing.
PrintWriter(Writer out, boolean autoFlush)
Creates a new PrintWriter.


{% extends "content_template.html" %} {% block per_page_title %} {{ _('Why use GC Notify') }} {% endblock %} {% block content_column_content %}
{{ _('GC Notify is designed in a way that meets the needs of government services.') }}
{{ _('GC Notify is a scalable cloud platform with a robust API that allows you to connect to other services. For example, connect to electronic mailing list software like Listserv or other applications to send password resets, email confirmations, or responses to forms.') }}
{{ _('GC Notify provides a bilingual interface and bilingual options for Government of Canada signature branding in email messages by default to ensure you are compliant with the Federal Identity Program.') }}
{{ _('GC Notify does not store contact lists and only stores information about recipients for 7 days. You can also hide sensitive information by redacting personal details from messages after they’ve been sent, so that only recipients see their personal information.') }}
{{ _('GC Notify keeps your account secure with two-factor authentication. This means you’ll need to enter a code that gets sent to your phone or email when you sign in. GC Notify is authorized for Protected A information. Data is encrypted whenever it passes through GC Notify and when it is stored in the system.') }}
{{ process }}
{{ _('Try out GC Notify before committing. When you create an account you will start in trial mode allowing you to experiment by sending messages to yourself and other people on your team. Once you’ve updated your settings and added examples of messages you want to send, you can request to go live with your service to send to more recipients.') }}


ARGUMENT.—Dante, following Virgil, comes to the gate of Hell; where, after having read the dreadful words that are written thereon, they both enter. Here, as he understands from Virgil, those were punished who had passed their time (for living it could not be called) in a state of apathy and indifference both to good and evil. Then, pursuing their way, they arrive at the river Acheron; and there find the old ferryman Charon, who takes the spirits over to the opposite shore; which, as soon as Dante reaches, he is seized with terror, and falls into a trance.
“THROUGH me you pass into the city of woe:
Through me you pass into eternal pain:
Through me among the people lost for aye.
Justice the founder of my fabric moved:
To rear me was the task of Power divine,
Supremest Wisdom, and primeval Love.
Before me things create were none, save things
Eternal, and eternal I endure.
All hope abandon, ye who enter here.”
Such characters, in color dim, I mark’d
Over a portal’s lofty arch inscribed.
Whereat I thus: “Master, these words import
Hard meaning.” He as one prepared replied:
“Here thou must all distrust behind thee leave;
Here be vile fear extinguish’d. We are come
Where I have told thee we shall see the souls
To misery doom’d, who intellectual good
Have lost.” And when his hand he had stretch’d forth
To mine, with pleasant looks, whence I was cheer’d,
Into that secret place he led me on.
Here sighs, with lamentations and loud moans,
Resounded through the air pierced by no star,
That e’en I wept at entering. Various tongues,
Horrible languages, outcries of woe,
Accents of anger, voices deep and hoarse,
With hands together smote that swell’d the sounds,
Made up a tumult, that forever whirls
Round through that air with solid darkness stain’d,
Like to the sand that in the whirlwind flies.
I then, with horror yet encompast, cried:
“O master! what is this I hear? what race
Are these, who seem so overcome with woe?”
He thus to me: “This miserable fate
Suffer the wretched souls of those, who lived
Without or praise or blame, with that ill band
Of angels mix’d, who nor rebellious proved,
Nor yet were true to God, but for themselves
Were only.
I then: “Master! what doth aggrieve them thus,
That they lament so loud?” He straight replied:
“That will I tell thee briefly. These of death
No hope may entertain: and their blind life
So meanly passes, that all other lots
They envy. Fame of them the world hath none,
Nor suffers; Mercy and Justice scorn them both.
Speak not of them, but look, and pass them by.”
And I, who straightway look’d, beheld a flag,
Which whirling ran around so rapidly,
That it no pause obtain’d: and following came
Such a long train of spirits, I should ne’er
Have thought that death so many had despoil’d.
When some of these I recognized, I saw
And knew the shade of him, who to base fear
Yielding, abjured his high estate. Forthwith
I understood, for certain, this the tribe
Of those ill spirits both to God displeasing
And to His foes. These wretches, who ne’er lived,
Went on in nakedness, and sorely stung
By wasps and hornets, which bedew’d their cheeks
With blood, that, mix’d with tears, dropp’d to their feet,
And by disgustful worms was gather’d there.
Then looking further onwards, I beheld
A throng upon the shore of a great stream:
Whereat I thus: “Sir! grant me now to know
Whom here we view, and whence impell’d they seem
So eager to pass o’er, as I discern
Through the blear light?” He thus to me in few:
“This shalt thou know, soon as our steps arrive
Beside the woful tide of Acheron.”
 And lo! toward us in a bark
Comes on an old man, hoary white with eld,
Crying, “Woe to you, wicked spirits! hope not
Ever to see the sky again. I come
To take you to the other shore across,
Into eternal darkness, there to dwell
In fierce heat and in ice. And thou, who there
Standest, live spirit! get thee hence, and leave
These who are dead.” But soon as he beheld
I left them not, “By other way,” said he,
“By other haven shalt thou come to shore,
Not by this passage; thee a nimbler boat
Must carry.” Then to him thus spake my guide:
“Charon! thyself torment not: so ’tis will’d,
Where will and power are one: ask thou no more.”
  God and their parents they blasphemed,
The human kind, the place, the time, and seed,
That did engender them and give them birth,
Then all together sorely wailing drew
To the curst strand, that every man must pass
Who fears not God.  As fall off the light autumnal leaves
One still another following, till the bough
Strews all its honours on the earth beneath;
E’en in like manner Adam’s evil brood
Cast themselves, one by one, down from the shore,
Each at a beck, as falcon at his call.
Thus go they over through the umber’d wave;
And ever they on the opposing bank
Be landed, on this side another throng
Still gathers. “Son,” thus spake the courteous guide,
“Those who die subject to the wrath of God
All here together come from every clime
And to o’erpass the river are not loth:
For so Heaven’s justice goads them on, that fear
Is turn’d into desire. Hence ne’er hath past
Good spirit. If of thee Charon complain,
Now mayst thou know the import of his words.”
This said, the gloomy region trembling shook
So terribly, that yet with clammy dews
Fear chills my brow. The sad earth gave a blast,
That, lightening, shot forth a vermilion flame,
Which all my senses conquer’d quite, and I
Down dropp’d, as one with sudden slumber seized.
ARGUMENT.—The Poet, being roused by a clap of thunder, and following his guide onward, descends into Limbo, which is the first circle of Hell, where he finds the souls of those, who although they have lived virtuously and have not to suffer for great sins, nevertheless, through lack of baptism, merit not the bliss of Paradise. Hence he is led on by Virgil to descend into the second circle.
BROKE the deep slumber in my brain a crash
Of heavy thunder, that I shook myself,
As one by main force roused. Risen upright,
My rested eyes I moved around, and search’d
With fixed ken, to know what place it was
Wherein I stood. For certain, on the brink
I found me of the lamentable vale,
The dread abyss, that joins a thunderous sound
Of plaints innumerable. Dark and deep,
And thick with clouds o’erspread, mine eye in vain
Explored its bottom, nor could aught discern.
“Now let us to the blind world there beneath
Descend,” the bard began, all pale of look:
“I go the first, and thou shalt follow next.”
Then I, his alter’d hue perceiving, thus:
“How may I speed, if thou yieldest to dread,
Who still art wont to comfort me in doubt?”
He then: “The anguish of that race below
With pity stains my cheek, which thou for fear
Mistakest. Let us on. Our length of way
Urges to haste.” Onward, this said, he moved;
And entering led me with him, on the bounds
Of the first circle that surrounds the abyss.
Here, as mine ear could note, no plaint was heard
Except of sighs, that made the eternal air
Tremble, not caused by tortures, but from grief
Felt by those multitudes, many and vast,
Of men, women, and infants. Then to me
The gentle guide: “Inquirest thou not what spirits
Are these which thou beholdest? Ere thou pass
Farther, I would thou know, that these of sin
Were blameless; and if aught they merited,
If profits not, since baptism was not heirs,
The portal to thy faith. If they before
The Gospel lived, they served not God aright;
And among such am I. For these defects,
And for no other evil, we are lost;
Only so far afflicted, that we live
Desiring without hope.” Sore grief assail’d
My heart at hearing this, for well I knew
Suspended in that Limbo many a soul
Of mighty worth. “O tell me, sire revered!
Tell me, my master!” I began, through wish
Of full assurance in that holy faith
Which vanquishes all error; “say, did e’er
Any, or through his own or other’s merit,
Come forth from thence, who afterward was blest?”
Piercing the secret purport of my speech,
He answer’d: “I was new to that estate
When I beheld a puissant one arrive
Amongst us, with victorious trophy crown’d.
He forth the shade of our first parent drew,
Abel, his child, and Noah righteous man,
Of Moses lawgiver for faith approved,
Of patriarch Abraham, and David king,
Israel with his sire and with his sons,
Nor without Rachel whom so hard he won,
And others many more, whom He to bliss
Exalted. Before these, be thou assured,
No spirit of human kind was ever saved.”
We, while he spake, ceased not our onward road,
Still passing through the wood; for so I name
Those spirits thick beset. We were not far
On this side from the summit, when I kenn’d
A flame, that o’er the darken’d hemisphere
Prevailing shined. Yet we a little space
Were distant, not so far but I in part
Discover’d that a tribe in honour high
That placed possess’d. “O thou, who every art
And science valuest! who are these, that boast
Such honor, separate from all the rest?”
He answer’d: “The renown of their great names,
That echoes through your world above, acquires
Favor in Heaven, which holds them thus advanced.”
Meantime a voice I heard: “Honor the bard
Sublime! his shade returns, that left us late!”
No sooner ceased the sound, that I beheld
Four mighty spirits toward us bend their steps,
Of semblance neither sorrowful nor glad.
When thus my master kind began: “Mark him,
Who in his right hand bears that falchion keen,
The other three preceding, as their lord.
This is that Homer, of all bards supreme:
Flaccus the next, in satire’s vein excelling;
The third is Naso; Lucan is the last.
Because they all that appellation own,
With which the voice singly accosted me,
Honouring they greet me thus, and well they judge.”
So I beheld united the bright school
Of him the monarch of sublimest song,
That o’er the others like an eagle soars.
When they together short discourse had held,
They turn’d to me, with salutation kind
Beckoning me; at the which my master smiled:
Nor was this all; but greater honour still
They gave me, for they made me of their tribe;
And I was sixth amid so learn’d a band.
Far as the luminous beacon on we pass’d,
Speaking of matters, then befitting well
To speak, now fitter left untold. At foot
Of a magnificent castle we arrived,
Seven times with lofty walls begirt, and around
Defended by a pleasant stream. O’er this
As o’er dry land we pass’d. Next, through seven gates,
I with those sages enter’d, and we came
Into a mead with lively verdure fresh.

We to one side retired, into a place
Open and bright and lofty, whence each one
Stood manifest to view. Incontinent,
There on the green enamel of the plain
Were shown me the great spirits, by whose sight
I am exalted in my own esteem.
Electra there I saw accompanied
By many, among whom Hector I knew,
Anchises’ pious son, and with hawk’s eye
Cæsar all arm’d, and by Camilla there
Penthesilea. On the other side,
Old King Latinus seated by his child
Lavinia, and that Brutus I beheld
Who Tarquin chased, Lucretia, Cato’s wife
Marcia, with Julia and Cornelia there;
And sole apart retired, the Soldan fierce.
Then when a little more I raised my brow,
I spied the master of the sapient throng,
Seated amid the philosophic train.
Him all admire, all pay him reverence due.
There Socrates and Plato both I mark’d
Nearest to him in rank, Democritus,
Who sets the world at chance, Diogenes,
With Heraclitus, and Empedocles,
And Anaxagoras, and Thales sage,
Zeno, and Dioscorides well read
In nature’s secret lore. Orpheus I mark’d
And Linus, Tully and moral Seneca,
Euclid and Ptolemy, Hippocrates,
Galenus, Avicen, and him who made
That commentary vast, Averroes.
Of all to speak at full were vain attempt;
For my wide theme so urges, that oft-times
My words fall short of what bechanced. In two
The six associates part. Another way
My sage guide leads me, from that air serene,
Into a climate ever vex’d with storms:
And to a part I come, where no light shines.


|
Ocular Engine
|
#include <WaveletNoise.hpp>
Public Member Functions | |
| WaveletNoise (int32_t dimensions=64) | |
| virtual float | getValue (float const x) |
| virtual float | getValue (float const x, float const y) |
| virtual float | getValue (float const x, float const y, float const z) |
| float | getValue (float const pX, float const pY, float const pZ, float const nX, float const nY, float const nZ) |
| void | setBandWeights (std::vector< float > const &weights) |
| void | setScale (float const scale) |
Protected Member Functions | |
| void | generate () |
| void | downsample (float *from, float *to, int32_t n, int32_t stride) |
| void | upsample (float *from, float *to, int32_t n, int32_t stride) |
| float | getRawNoise (Vector3f const &position) |
| float | getRawProjectedNoise (Vector3f const &position, Vector3f const &normals) |
Wavelet Noise is a coherent gradient noise generation algorithm developed by Pixar. Compared to Perlin and Simplex noise it suffers less from aliasing and detail loss, especially at extreme angles.
Whereas with Perlin and Simplex noise, the generated output could be customized by setting octave/scale/persistence, with Wavelet noise one can set the weight values of the individual bands of noise and a scaling factor.
Robert L. Cook & Tony DeRose, Pixar Animation Studios: Wavelet Noise http://graphics.pixar.com/library/WaveletNoise/paper.pdf
| Ocular::Math::Noise::WaveletNoise::WaveletNoise | ( | int32_t | dimensions = 64 | ) |
| [in] | dimensions | Size of the internal noise tile. Suggested values are on the range [32, 256]. |
|
virtual |
1D slice of unprojected 3D Wavelet Noise.
| [in] | x |
Reimplemented from Ocular::Math::Noise::ANoise.
|
virtual |
2D slice of unprojected 3D Wavelet Noise.
| [in] | x | |
| [in] | y |
Reimplemented from Ocular::Math::Noise::ANoise.
|
virtual |
Unprojected 3D Wavelet Noise.
| [in] | x | |
| [in] | y | |
Reimplemented from Ocular::Math::Noise::ANoise.
| float Ocular::Math::Noise::WaveletNoise::getValue | ( | float const | pX, |
| float const | pY, | ||
| float const | pZ, | ||
| float const | nX, | ||
| float const | nY, | ||
| float const | nZ | ||
| ) |
3D Wavelet Noise projected onto a 2D surface.
| [in] | pX | Position X |
| [in] | pY | Position Y |
| [in] | pZ | Position Z |
| [in] | nX | Normal X |
| [in] | nY | Normal Y |
| [in] | nZ | Normal Z |
| void Ocular::Math::Noise::WaveletNoise::setBandWeights | ( | std::vector< float > const & | weights | ) |
Sets the band weights for multibanded Wavelet Noise. Pass in a vector with length 0 to get the raw Wavelet Noise.
| [in] | weights | Individual weights for each band of noise. Number of bands is suggested to be anywhere from 0 (Raw) to as high as 15. See Figure 10 in the source paper linked in this class' description for sample bands. |
| void Ocular::Math::Noise::WaveletNoise::setScale | ( | float const | scale | ) |
Sets the scaling factor of the noise.
| [in] | scale |


WebGIS Libraries
WebGIS contents.
OpenLayers
OpenLayers is a 2d map.
Demo index [online]Demo index [local]
Cesium
Cesium is a 3d map js library.
Cesium Dev Demos [online]Three.js
Cesium is a 3d map js library.
Demos of 2018 [online]、 Demo Local of 2020Layer out
"JS Plungins" directory's contents.


#include <xfile.h>
Public Member Functions | |
| CxFile (void) | |
| virtual | ~CxFile () |
| virtual bool | Close ()=0 |
| virtual size_t | Read (void *buffer, size_t size, size_t count)=0 |
| virtual size_t | Write (const void *buffer, size_t size, size_t count)=0 |
| virtual bool | Seek (long offset, int origin)=0 |
| virtual long | Tell ()=0 |
| virtual long | Size ()=0 |
| virtual bool | Flush ()=0 |
| virtual bool | Eof ()=0 |
| virtual long | Error ()=0 |
| virtual bool | PutC (unsigned char c) |
| virtual long | GetC ()=0 |
| virtual char * | GetS (char *string, int n)=0 |
| virtual long | Scanf (const char *format, void *output)=0 |
| CxFile::CxFile | ( | void | ) | [inline] |
| virtual CxFile::~CxFile | ( | ) | [inline, virtual] |
| virtual bool CxFile::Close | ( | ) | [pure virtual] |
| virtual size_t CxFile::Read | ( | void * | buffer, | |
| size_t | size, | |||
| size_t | count | |||
| ) | [pure virtual] |
| virtual size_t CxFile::Write | ( | const void * | buffer, | |
| size_t | size, | |||
| size_t | count | |||
| ) | [pure virtual] |
| virtual bool CxFile::Seek | ( | long | offset, | |
| int | origin | |||
| ) | [pure virtual] |
| virtual long CxFile::Tell | ( | ) | [pure virtual] |
| virtual long CxFile::Size | ( | ) | [pure virtual] |
| virtual bool CxFile::Flush | ( | ) | [pure virtual] |
| virtual bool CxFile::Eof | ( | ) | [pure virtual] |
| virtual long CxFile::Error | ( | ) | [pure virtual] |
| virtual bool CxFile::PutC | ( | unsigned char | c | ) | [inline, virtual] |
| virtual long CxFile::GetC | ( | ) | [pure virtual] |
| virtual char* CxFile::GetS | ( | char * | string, | |
| int | n | |||
| ) | [pure virtual] |
| virtual long CxFile::Scanf | ( | const char * | format, | |
| void * | output | |||
| ) | [pure virtual] |


User Profile
+1-800-273-TALK
Chat
Resources
Home
Madison Eve, 23
<EMAIL_ADDRESS>Computer Science, UCLA
1.7 likes
16 Suggested items
270 mins.
Mood Tracker:
Activity Tracker:


Before Change
net = edict()
net.ctx = ctx
net.sym, net.arg_params, net.aux_params = mx.model.load_checkpoint(prefix, epoch)
net.arg_params, net.aux_params = ch_dev(net.arg_params, net.aux_params, net.ctx)
all_layers = net.sym.get_internals()
net.sym = all_layers["fc1_output"]
//_pp = prefix.rfind("p")+1
After Change
//net.arg_params, net.aux_params = ch_dev(net.arg_params, net.aux_params, net.ctx)
all_layers = net.sym.get_internals()
net.sym = all_layers["fc1_output"]
net.model = mx.mod.Module(symbol=net.sym, context=net.ctx, label_names = None)
net.model.bind(data_shapes=[("data", (1, 3, image_shape[1], image_shape[2]))])
net.model.set_params(net.arg_params, net.aux_params)
//_pp = prefix.rfind("p")+1
//_pp = prefix[_pp:]
//net.patch = [int(x) for x in _pp.split("_")]


User customization parameters stored in a file or files.
This is a subclass of the Custom class. The routines to access and change customization values are defined in the base class.
The file format approximatelly matches the ".INI" file format of KDE and Gnome. This is an extension of the old Microsoft Windows INI file format.
| CustomFile() | Constructor. |
| mergeFile() | Merges another file of customization settings with this one. |
| ~CustomFile() | Destructor. |
CustomFile::CustomFile(const String& filename, const char* locale)
Constructor. Parameters are the filename to access and the locale (if any) for the customizations.
Customization files can contain locale specific parameters by terminating the key with [ locale ]. Eg: foo[fr], or abc123[fr_CA.iso-8859-1].
If a locale is specified, then only the most specific matching localization for each key value will be loaded and the Custom object will not be writable.
void CustomFile::mergeFile(const String& filename)
Merges another file of customization settings with this one.
Duplicate settings are overwritten by the merged file.
CustomFile::~CustomFile()
Destructor.


MI Plan - Area D
Photo Area D
Name Index
Area Plan
Main Menu
The Parish Church of St. James the Great, South Leigh, Oxfordshire.
Copyright © St. James the Great South Leigh Parochial Church Council, 2006
Updated 22nd November 2005
Feedback


At present: Leave your information and email address. We will call back and advise you. Duis aute irure dolor in reprehenderit in voluptate. Nam libero tempore, cum soluta nobis est eligendi optio cumque nihil impedit quo minus id quod maxime placeat facere offis possimus
In the future: Leave your information and email address. We will call back and advise you. Duis aute irure dolor in reprehenderit in voluptate. Temporibus autem quibusdam et aut officiis debitis aut rerum necessitatibus.
Sed nec egestas diam, vitae imper-diet nisi. Vivamus cursus
Read MoreSed nec egestas diam, vitae imper-diet nisi. Vivamus cursus
Read MoreSed nec egestas diam, vitae imper-diet nisi. Vivamus cursus
Read MoreSed nec egestas diam, vitae imper-diet nisi. Vivamus cursus
Read MoreThe point of using Lorem Ipsum is that it has a normal distr bution of letters, as opposed to using Many desktop publis shing packages and web page Ipsum.
The point of using Lorem Ipsum is that it has a normal distr bution of letters, as opposed to using Many desktop publis shing packages and web page Ipsum.


Addison's Emporium of Curiosities
Oddities
Commodities
Other Curiosities
Oddities
Commodities
Other Curiosities
Item
Quantity
Total
There are no currently no items in your shopping cart.
Clear cart
Proceed to Checkout


I am a full stack developer I can create a responsive websites for you with the latest technology like react , asp.net and athers ...
and I have a deplome of IT Devlopement from OFFPT NTIC Tanger.
I am a developer of desktop and web applications with C# language, I have a good experience using development applications like Visual Studio and Management studio… This is all a bit of my ability to work at a desk or computer and I am very capable of working on Other Things
View Resume
This website make you to manage servises and besneses
Add edit and remove a client , Employee or manager
See All the client and employees
Create bills for client
and ather amazing things .
Recognition the face in the picture that your upload in the website
Find the face and put a square on it
Count how many time you use the face recognition
login and logout from the website
You can reserve for your wedding or any occasion
See all the item that we provide like the food manu
See and choose the music band that you like
The place and hall that you want
06-69-28-26-58
Ayoub.saadi222@gmail.com


Ansible Dashr
Dashboard
Hosts
Playbooks
Roles
Runner
Full Run
Passed
Failed
sort hostname
sort task-status


Description:
The ICapeNumericOpenPartitionGraph interface.

Superclasses:
<<Interface>>ICapeNumericPartitionGraph The ICapeNumericPartitionGraph interface.

Associations:
Role A:
Class: ICapeNumericOpenPartitionGraph
Navigatable: no
Aggregate: no
Static: no
Friend: no
Role B:
Class: Getting and Handling Results
Navigatable: no
Aggregate: no
Static: no
Friend: no
Role A:
Class: Initializing
Navigatable: no
Aggregate: no
Static: no
Friend: no
Role B:
Class: ICapeNumericOpenPartitionGraph
Navigatable: no
Aggregate: no
Static: no
Friend: no


builds all modules in a project. There are two modes: BUILD and REBUILD
Syntax: %buildProject [mode]
Example: %buildProject REBUILD


By- Sarthak Dubey, Rohan Kamra, Lavin Khandelwal, Shriya Agrawal, R.Mukundan,Hemant Kumavat(External Consultant).
Ornithopter is an aircraft which flies using flapping of wings as opposed to normal aircrafts which have fixed wings or helicopters which have rotating blades. The ornithopter .


[CHAPTER 322H]
HAWAII HEALTH AUTHORITY
Section
322H-1 Hawaii health authority; establishment
322H-2 Hawaii health authority; duties and
responsibilities