Hotels view Welcome to Oreo
Avg Price: Ksh {{hotel.price | intcomma}}
{{hotel.name}}
Our Hotel is primarily focused on providing accommodation to business travelers in Nairobi, Kenya to both local and foreign guests. After 40 Hotel has a modern and contemporary style
{{hotel.address.street_address}}, {%if hotel.extended_address%}{{hotel.extended_address}}, {%endif%} {{hotel.address.locality}}


{% extends "base.html" %} {% block title %}
Medieval catalogues > FRIARS > York Austin Friars > Catalogue, 1382, with additions
{% endif %}1327 identified entries found.
All data was derived from the List of Identifications by Professor Richard Sharpe.
{% if not printing %}
A key to codes used in the List is available (opens in new tab).{% endif %}


{% extends "layout.html" %} {% block page_title %} Home Office - Visa and Immigration {% endblock %} {% block content %} {% include "includes/phase_banner_alpha.html" %} {% include "includes/outgoing-header.html" %} {% include "includes/applicant-details.html" %} Generate grant notification Please correct the following error Does the applicant need to register with the police? Does the applicant need to register with the police? Please make a selection Yes No Course details Course: Electronic Engineering Course level: Master of Engineering Sponsor: Manchester University Main study address: Faculty of Engineering, Electronic House, M2 4TG Are these correct? Yes No Correct the course details Course Course level Sponsor name Main study address Faculty of Engineering, Electronic House, M2 4TG {% endblock %}


This is an initial report on an 'attack dose' of pharmaceutical grade Piracetam. Two weeks previous I had started back on a DMAE regimen (4 250mg bitartrate daily). I also maintain a restricted carbohydrate diet with no sugar intake, and as Piracetam supposedly potentiates glucose levels, this was a curious situation.
Summary:
6:00pm(ish): Ingested 12 800mg capsules, on a semi-empty stomach.
7:30pm: Slight bodyload. Pressure and warmpth felt.
8:00pm: Vision and color acuity slightly sharpened.
10:00pm: Nootropic effects present, mood overstability, undistracted, heightened attention span.
12:00pm: I lay down. Oddly, though, despite being very mentally awake, I feel very physically willing to rest.
Comments
Piracetam's inital effects seem to have three basic characteristics:
- Mood nulling. The 'Mr.Spock' effect. This is actually a very curiously amusing effect, it is also one of the most noticeable. Informal emotional involvement, including music and sex, seems ancillary, distracting, and uninteresting.
- Logical and associative thinking. Organizational, procedural, and logical tasks seem as blocks to be readily fit into respective places.
- Logos. This is a clear nootropic effect. The symmetry of objects take on an 'interesting' appearence, however without any emotional or abstractual gravity.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


Sometimes the simplest things are the hardest to find. So we created a new line for everyday life
Sometimes the simplest things are the hardest to find. So we created a new line for everyday life
Sometimes the simplest things are the hardest to find. So we created a new line for everyday life
Drag and Drop
The Brightest Images
WHEN THE CLOUDS
Variable information on the air humidity, the feeling of the weather, and the ability to share this with your friends
WHEN THE SUN
Variable information on the air humidity, the feeling of the weather, and the ability to share this with your friends
WHEN THE RAIN
Variable information on the air humidity, the feeling of the weather, and the ability to share this with your friends
Reviews
What art offers is space - a certain breathing room for the spirit.
We do not see nature with our eyes, but with our understandings and our hearts.
The only courage that matters is the kind that gets you from one moment to the next.
No man has a good enough memory to be a successful liar.
©2016 All rights reserved. Weather App Theme by Gravpix


Hello subject of Osbornia, King Max has sent out this survey regarding transport, we would like to know about your sweet ride(s), and how you get across the country, may Maxwells Light shine upon you All.
You use the following methods of transportation to your Work Camp:
You use the following methods of transportation to commute to your Mandatory Recreational activities.


This is a story about jimmy bob and boby sue. They were two young lovers with nothing better to do, than sit around the house and get high and watch tube. This is what happened when they decided to cut loose.
Settting: El paso, Great Big Castle, On the run


This is a map of your community!
Scan QR code, or visit URL below.
Login to
MESSAGE
other people and strengthen links.


net = rbftrain(net, options, x, t)
uses a
two stage training
algorithm to set the weights in the RBF model structure net
.
Each row of x
corresponds to one
input vector and each row of t
contains the corresponding target vector.
The centres are determined by fitting a Gaussian mixture model
with circular covariances using the EM algorithm through a call to
rbfsetbf
. (The mixture model is
initialised using a small number of iterations of the K-means algorithm.)
If the activation functions are Gaussians, then the basis function widths
are then set to the maximum inter-centre squared distance.
For linear outputs, the hidden to output weights that give rise to the least squares solution can then be determined using the pseudo-inverse. For neuroscale outputs, the hidden to output weights are determined using the iterative shadow targets algorithm. Although this two stage procedure may not give solutions with as low an error as using general purpose non-linear optimisers, it is much faster.
The options vector may have two rows: if this is the case, then the second row
is passed to rbfsetbf
, which allows the user to specify a different
number iterations for RBF and GMM training.
The optional parameters to rbftrain
have the following interpretations.
options(1)
is set to 1 to display error values during EM training.
options(2)
is a measure of the precision required for the value
of the weights w
at the solution.
options(3)
is a measure of the precision required of the objective
function at the solution. Both this and the previous condition must be
satisfied for termination.
options(5)
is set to 1 if the basis functions parameters should remain
unchanged; default 0.
options(6)
is set to 1 if the output layer weights should be should
set using PCA. This is only relevant for Neuroscale outputs; default 0.
options(14)
is the maximum number of iterations for the shadow
targets algorithm;
default 100.
net = rbf(1, 4, 1, 'gaussian'); options(1, :) = foptions; options(2, :) = foptions; options(2, 14) = 10; % 10 iterations of EM options(2, 5) = 1; % Check for covariance collapse in EM net = rbftrain(net, options, x, t);
rbf
, rbferr
, rbffwd
, rbfgrad
, rbfpak
, rbfunpak
, rbfsetbf
Copyright (c) Ian T Nabney (1996-9)


Tamagotchi
Pet Name
Start
Generic Pet
Status:
Age:
Food:
Attention:
Sleep:
Feed
Play
Sleep
Growth Hormones
Start Over


Address:
34/1111 N. H. 47,
Lulu International Shopping Mall,
Kochi,Kerala 682024
Rating: 9/10
Address:
Punnen Rd, Statue,
Palayam, Thiruvananthapuram,
Kerala 695039
Rating: 8.6/10
Address:
MG Road, Ravipuram,
Perumanoor, Ernakulam,
Kerala 682015
Rating: 8.2/10
Address:
Salem-Kochi-Kanyakumari Highway,
Near Cochin Int Airport, Ernakulam, Kerala 683585
Rating: 7.9/10
Address:
Lakkidi, Waynad,
Kerala 673676
Rating: 8/10


{% extends "main/base.html" %} {% block title %}Password change | {{ block.super }}{% endblock %} {% block customstyles %} {% endblock %} {% block main %}
Please enter your old password, for security's sake, and then enter your new password twice so we can verify you typed it in correctly.


The Maritime Crew
Home
Events
About
Shop
Gallery
Songs
Brew
{% if name != "" %}
{{name}}
{% endif %}


A STUDY OF THE REAL-TIME CONTROL OF A COMPUTER-DRIVEN VEHICLE
A DISSERTATION SUBMITTED TO THE DEPARTMENT OF ELECTRICAL ENGINEERING AND THE COMMITTEE ON GRADUATE STUDIES OF STANFORD UNIVERSITY IN PARTIAL FULFILLMENT OF THE REQUIREMENTS FOR THE DEGREE OF
DOCTOR OF PHILOSOPHY
BY Rodney Albert Schmidt, Jr.
May 1971
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission.


Mobile Cloud Enterprise
CLOUD
AppId
Incorrect App Id
Found on the channels page of the Oracle Intelligent Bot you wish to connect with.
Continue


{% extends 'emails/_base.html' %} {% load static %} {% block title %} RoomScout | Bill Added {% endblock %} {% block content %}
Hey there,
A new {{ bill.get_type_display }} bill has been added to {{ bill.set.house.full_address }}.


--- layout: post title: "I think my code has Rails Envy" postId: 21 ---
Using Brail with MS MVC can lead to almost Rails-like views...


Enter your:
No registration is necessary, just use the same User Name and Master Password
each time you generate a password.
PSWD is a pseudo-random password generator that creates seemingly random
site-specific passwords. It uses two steps of cryptographic hashing (SHA-256) to first
create a user-specific token (using a username and master password) and then a
site-specific password (using the token, master password and domain).
When given the same set of inputs (same user name, master password and domain) the
program will generate the same password. This means your passwords don't need to be stored
on your computer or on any third-party server. This server does not log or store any information
about any of the passwords generated.
More information and other implementations of this program
This is the first step of generating your site password. This is designed to take a significant amount of time (usually between 30-90 seconds) in order to protect your master password from a brute force attack on a stolen site password. This will only need to be done once since the user token will be cached (locally on your machine as an encrypted cookie - no information is stored on this server).
You can remove the cached copy of your encrypted user token afterwards when you log out.
This will reset all password settings to their default values.
Do you want to proceed?
This will erase the cached user token for this user. The token will need to be regenerated the next time you login.
Do you want to proceed?


|
| enum | structure {
AND,
OR,
XOR,
NOT,
PAND,
POR,
TIMED
} |
| |
|
|
std::forward_list< int > | senders |
| |
|
std::forward_list< int > | recievers |
| |
|
std::forward_list< int > | notTargets |
| |
| int | dynamic {0} |
| |
|
|
class | Trainer |
| |
|
std::ostream & | operator<< (std::ostream &, const Network &) |
| |
◆ structure
Enums for the structures that can be added
AND: Pulses when its two input Neurons pulse
OR: Pulses when either of its input Neurons pulse
XOR: Pulses when only one of its input Neurons pulse (Inputs must pulse within a certain time of each other)
NOT: Prevents it's reciever from pulsing when its input Neuron pulses
PAND: "Partial" AND, Can be used along with an AND structure to add more necessary inputs. For example instead of needing two input Neurons to pulse one could add a third
POR: "Partial" OR, Works the same as PAND but with OR
TIMED: Pulses to its recievers with a timed delay allowing a NOT structure to interupt it
◆ Network() [1/2]
Constructs a Network with no Neurons inputed
◆ Network() [2/2]
| Network::Network |
( |
const Network & |
i | ) |
|
◆ ~Network()
Deallocates the memory reserved for the Neuron
◆ addInput()
| int Network::addInput |
( |
int |
i | ) |
|
Adds the index to the inputs list if the Neuron at that index is valid
- Parameters
-
◆ addNeuron()
| int Network::addNeuron |
( |
const Neuron |
n | ) |
|
Adds the given Neuron to the Network
- Parameters
-
- Returns
- 0 on success and 1 when Network is at max size
◆ addOutput()
| int Network::addOutput |
( |
int |
i | ) |
|
Adds the index to the outputs list if the Neuron at that index is valid
- Parameters
-
◆ addStructure()
| int Network::addStructure |
( |
structure |
s, |
|
|
int |
i1, |
|
|
int |
i2, |
|
|
int |
i3 |
|
) |
| |
Adds a structure to the network resembeling classic logic gates
- Parameters
-
| s | structure enum indicating which kind of gate is added |
| i1 | index of first input Neuron to the structure |
| i2 | index of second input Neuron to the structure (only used with AND, OR, and XOR structures) |
| i3 | index of the recieving Neuron of the structure |
- See also
- structure
◆ clear()
Sets the charges of all the Neurons in the Network to 0
◆ getIndex()
| int Network::getIndex |
( |
int |
i | ) |
|
|
inline |
- Parameters
-
- Returns
- 1 if Neuron at index is valid 0 otherwise
◆ getInputs()
| std::vector< int > Network::getInputs |
( |
int |
i | ) |
|
Returns a list of all the Neurons that pulse the Neuron at the specified index
- Parameters
-
| i | Index to get the inputs of |
◆ getSize()
- Returns
- The size of the array holding the neurons
◆ info()
| const std::string Network::info |
( |
| ) |
const |
- Returns
- Information of the Network organized in a string
◆ load()
| int Network::load |
( |
std::string |
file | ) |
|
Loads the Network located in the given file
- Parameters
-
| file | string containing the file name |
◆ nextLocation()
| int Network::nextLocation |
( |
| ) |
|
- Returns
- The next available index or -1 if full
◆ nextLocations()
| std::vector< int > Network::nextLocations |
( |
int |
i | ) |
|
- Parameters
-
| i | The amount of free indexes to look for |
- Returns
- The next availabe i indexes or -1 if not enough space
◆ operator=()
Performs a deep copy of the given Network
◆ process()
| int Network::process |
( |
std::forward_list< int > * |
given | ) |
|
Recieves a list of 1's and 0's indicating whether or not the input Neuron at each index of the inputs list was activated
Activated Neurons pulse to their recievers which in turn pulse to theirs if their critical Charge is reached
This cycle is continued until an output Neuron pulses, all Neurons stop pulsing, or the max amount of pulses is reached
- Parameters
-
| Given | List of 1's and 0's. Must be the same length as inputs list |
- Returns
- The index of the output neuron that pulses or -1
◆ removeInput()
| int Network::removeInput |
( |
int |
i | ) |
|
Removes the index from the inputs list if it exists
- Parameters
-
| i | index removed from inputs |
◆ removeNeuron()
| void Network::removeNeuron |
( |
int |
i | ) |
|
Removes the Neuron at the given index from the Network
Removes the index from all other Neurons recievers in the Network
- Parameters
-
| i | the index that's removed from the Network |
◆ removeOutput()
| int Network::removeOutput |
( |
int |
i | ) |
|
Removes the index from the outputs list if it exists
- Parameters
-
| i | index removed from outputs |
◆ save()
| void Network::save |
( |
std::string |
file | ) |
|
Saves the Network to the given file name
- Parameters
-
| file | string containing the file name |
◆ dynamic
Variable used to keep track of whether or not this Network should be processed dynamically
When dynamic is 0 the charges are cleared after processing
The documentation for this class was generated from the following files:


AD-PEPS documentation¶
The AD-PEPS Python package is intended as a example of an implementation of iPEPS ground-state and excited-state algorithms using Automatic Differentiation, as described in <paper> As such, the code is meant to illustrate the workings of the algorithms described the paper. For real applications, this code would likely need to be further adapted and optimized, however the package is a complete implementation and can directly be used for simple calculations.
Reference¶
iPEPS module for optimization with CTM |
|
Configuration module for iPEPS simulations |
|
Main CTM code |
|
Contains all models defined by Hamiltonians as part of this module |
|
Module with executable scripts for running the simulations |
|
Utilities module with several convenience functions and classes used during the simulations |


{% extends 'layout-side-nav.html' %} {% import '_vars-newsroom.html' as vars with context %} {% block title -%} Newsroom | Consumer Financial Protection Bureau {%- endblock %} {% block desc -%} Press releases, speeches, op-eds, testimony, and blog posts produced by our Office of Communications {%- endblock %} {% block content_main_modifiers -%} {{ super() }} content__flush-bottom {%- endblock %} {% block content_main %}


import sortedcontainers
from tnetwork.utils.bidict import *
import os
import tnetwork as tn
from tnetwork.utils.community_utils import *
__all__ = ["read_SN_by_com", "write_com_SN"]
def _read_static_coms_by_node(inputFile, separator="\t"):
"""
Read snapshot_affiliations as a file, 1 line per node
:param inputFile: file as str
:param separator:
"""
coms = dict()
f = open(inputFile)
for l in f:
l = l.rstrip().split(separator)
for com in l[1:]:
comID = com
coms.setdefault(comID,set()).add(l[0])
toReturn = bidict()
for com,nodes in coms.items():
toReturn[frozenset(nodes)]=com
return toReturn
[docs]def read_SN_by_com(inputDir, sn_id_transformer=None, **kwargs):
"""
Read directory, 1 file = snapshot_affiliations of a snaphshot
By default, the name of the file is used as snapshot id. A function can be passed to associate a different
ID snapshot to files
The format to read is:
::
node1 com1 com2
node2 com1
node3 com2 com3 com4
...
:param inputDir: directory
:param sn_id_transformer: a function taking a str and
:param kwargs: a separator can be passed with parameter separator
:return: a dynamic community object
"""
theDynCom = tn.dynamicCommunitiesSN()
files = os.listdir(inputDir)
visibleFiles = [f for f in files if f[0] != "."]
timeIDs = sortedcontainers.SortedDict() #a dictionary associating timeIds to files
if sn_id_transformer!=None:
for f in visibleFiles:
timeID = sn_id_transformer(f)
if timeID!=None:
timeIDs[timeID]=f
else:
for f in visibleFiles:
timeIDs[int(f)]=f
for t in timeIDs: # for each file in order of their name
f = inputDir + "/" + str(timeIDs[t])
coms = _read_static_coms_by_node(f, **kwargs)
theDynCom.set_communities(t, coms)
return theDynCom
[docs]def write_com_SN(dyn_communities:tn.DynCommunitiesSN, output_dir, asNodeSet=True):
"""
Write directory, 1 file = snapshot_affiliations of a snaphshot
Write dynamic snapshot_affiliations as a directory containing one file for each snapshot.
Two possible formats:
**Affiliations:**
::
node1 com1 com2
node2 com1
node3 com2 com3 com4
**Node Sets:**
::
com:com1 n1 n2 n3
com:another_com n1 n4 n5
:param dynGraph: a dynamic graph
:param outputDir: address of the directory to write
:param asNodeSet: if True, node sets, otherwise, snapshot_affiliations
"""
os.makedirs(output_dir, exist_ok=True)
all_partitions = dyn_communities.snapshot_communities()
for t,p in all_partitions.items():
if asNodeSet:
write_communities_as_nodeset(p,os.path.join(output_dir,str(t)))
else:
p = nodesets2affiliations(p)
write_communities_as_affiliations(p,os.path.join(output_dir,str(t)))


This website has two main fucntions. One is to help user find a doctor. The other is to help the user figure out the prices of treatment.


You can now listen to millions of songs, audiobooks, and podcasts on any device anywhere you like!
$59.99/year


Sandwell General Election preview: All change in West Bromwich as stalwarts stand down
We preview the three Sandwell-only seats up for grabs at the 2019 General Election: West Bromwich East, West Bromwich West and Warley.
All three of the seats were won by Labour with comfortable majorities in 2017 but two out of three MPs have stood down, leaving a large West Bromwich-sized hole to be filled.
Tom Watson has left West Bromwich East after 18 years, while Adrian Bailey is not contesting the West Bromwich West seat he won in 2000.
And the Conservatives have sensed a chance to move into what is a traditional Labour stronghold, with the bookies even putting the Tories as favourites in West Bromwich West.
However in Warley, anything other than a Labour win seems implausible after John Spellar romped home with a majority of 16,483 two years ago.
Scroll down for the preview of each Sandwell seat
West Bromwich East: First new MP since 2001
The Labour-held seat of West Bromwich East has already seen its fair share of drama in this election campaign.
Tom Watson set the ball rolling earlier this month, the Labour deputy leader’s announcement that he was stepping down after 18 years as the constituency MP sending shockwaves through the political establishment.
Mr Watson insists his decision was “personal not political”, but there is no escaping the rift that developed at the top of the party due to his opposition to Jeremy Corbyn’s handling of anti-Semitism and Brexit.
Who are the West Bromwich East election candidates?
- Ibrahim Dogus, Labour*
- Christian Lucas, Brexit
- Nicola Richards, Conservative
- Mark Redding, Green
- George Galloway, Independent
- Andy Graham, Liberal Democrat
- Colin Rankine, Yeshua
What was the 2017 West Bromwich East election result?
- Tom Watson, Labour - 22,664
- Emma Crane, Conservative - 14,951
- Karen Trench, Liberal Democrat - 625
- John Macefield, Green - 533
- Colin Rankine, Independent - 325
- Spoilt papers - 138
- Turnout - 61.45% (39,236 out of electorate of 63,846)
What are the odds? (From Betfair at time of writing)
- Labour 8/11, Conservatives 5/6, George Galloway 8/1, Liberal Democrats 50/1
Labour’s replacement to defend a 7,713 majority from 2017 is Ibrahim Dogus, who has been parachuted in from London after failing in bids for candidacy in two other seats.
Mr Dogus is the mayor of Lambeth and runs kebab restaurants in London.
He has already been embroiled in controversy after it emerged he was part in a tax evasion probe in 2011, in a case that resulting in him being forced by a court to hand over £11,500.
While West Bromwich East has always been held by Labour, avid Remainer Mr Dogus faces a triple assault from pro-Brexit candidates in a seat where 68 Per cent of people voted to Leave the EU.
Former Labour and Respect Party MP George Galloway raised a few eyebrows back in July when he announced he was standing as an independent.
At that time, the committed Eurosceptic said he was intent on ousting Tom Watson, who he accused of hampering Mr Corbyn’s rise to power and attempting to stop Brexit.
Despite Mr Watson now being out of the picture Mr Galloway is continuing his campaign, saying he wants to “fight corruption” in Sandwell Council and stop Labour’s anti-Brexit candidate from winning.
More coverage of West Bromwich East:
- Labour candidate's allegiance questioned after dining out with Nigel Farage
- 'It's not an unusual practice': Dogus responds to 'tax evasion' claims
- Tories aiming to turn West Bromwich blue for the first time ever
- 'This area is crying out for a champion': Galloway begins election campaign
- Tom Watson: Decision to stand down 'personal not political'
- Sandwell councillor misses out on Labour nod for Tom Watson's old job
A controversial figure who was sacked by TalkRadio for an allegedly “anti-Semitic” tweet, Mr Galloway has been a regular fixture in West Bromwich in recent months.
The Tories came close to winning West Bromwich East twice in the 1980s, losing by just 298 votes in 1982 – the last time Labour unveiled a radical hard-left manifesto similar to the one that Mr Corbyn has produced this year.
That will give heart to Conservative candidate Nicola Richards, a Dudley councillor and campaigner against anti-Semitism.
The 24-year-old, who campaigned for Leave in the EU referendum, believes her message of backing local people and delivering on Brexit is resonating with voters on the doorstep.
The mix of candidates will make this constituency an interesting battle, with national interest thanks to Mr Galloway.
Other candidates making up a field of seven are Christian Lucas of the Brexit Party, Mark Redding for the Greens, Liberal Democract Andy Graham, and Colin Rankine of Yeshua.
West Bromwich West: Betty Boothroyd's seat
Sandwell has become a focal point of the election, with the Tories believing they can win seats there for the first time in history.
There will certainly be a new MP in West Bromwich West, but the question is will the victorious candidate still be wearing the red rosette of Labour?
It’s all up for grabs after Labour incumbent Adrian Bailey announced he would be stepping down after serving as MP for 19 years in the seat formerly held by Betty Boothroyd.
Who are the West Bromwich West election candidates?
- James Cunningham, Labour*
- Franco D'Aulerio, Brexit
- Shaun Bailey, Conservative
- Keir Williams, Green
- Flo Clucas, Liberal Democrat
What was the 2017 West Bromwich West election result?
- Adrian Bailey, Labour - 18,789
- Andrew Hardie, Conservative - 14,329
- Star Anderton, UKIP - 2,320
- Flo Clucas, Liberal Democrat - 333
- Robert Buckman, Green - 323
- Spoilt papers - 90
- Turnout - 54.8% (36,168 out of electorate of 65,967)
What are the odds? (From Betfair at time of writing)
- Conservatives 8/13, Labour 6/5, Lib Dems 33/1, Brexit Party 50/1, Greens 500/1
The constituency has been represented by only Mr Bailey and Ms Boothroyd for the last 45 years, making this an historic election for West Bromwich West and potentially the most important for a generation.
Mr Bailey, aged 73, said he believed the time was right to go after Boris Johnson called the December vote.
He said he felt it was right for “a younger person, more attuned and comfortable with political campaigning in a social media age” to take his place.
Hoping to keep the seat red is James Cunningham, who has been selected as the Labour candidate. But he does not come without baggage, and his selection has proved to be controversial to say the least.
Party members in the West Midlands called for Mr Cunningham to be removed as a candidate after a series of complaints were made about bullying.
Mr Cunningham, a Labour community organiser in Birmingham, is considered the favourite for the seat, but it is far from cut and dried.
More coverage of West Bromwich West:
- Tories aiming to turn West Bromwich blue for the first time ever
- Labour row over West Bromwich West General Election candidate
- Labour MP Adrian Bailey standing down at upcoming general election
Mr Bailey enjoyed a comfortable majority in 2017 in what has always been a Labour stronghold. His majority over the Conservative candidate was 4,500 which the Tories would suggest is not unbridgeable – particularly when you throw Brexit into the mix.
Two-thirds of voters in Sandwell backed Leave at the 2016 referendum and frustration over Brexit could potentially swing some traditional Labour voters towards Boris Johnson’s Tories.
Shaun Bailey, a lawyer from Telford, is the Conservative candidate who will be hoping to profit, in what would be a big upset.
Also making things interesting is Franco D’Aulerio, who will be standing for the Brexit Party. Nigel Farage’s party could pose a problem for Labour by tapping into pro-Brexit sentiment in the area.
Meanwhile, Flo Clucas, a former deputy leader of Liverpool Council, is standing Lib Dems, and Keir Williams for the Greens.
Warley: A Labour stronghold
The Sandwell constituency of Warley is a Labour stronghold and that is not expected to change this time around.
John Spellar has held the seat for more than 25 years, including in its previous guise of Warley West.
Who are the Warley election candidates?
- John Spellar, Labour*
- Michael Cooper, Brexit
- Chandra Kanneganti, Conservative
- Kathryn Downs, Green
- Bryan Manley-Green, Liberal Democrat
What was the 2017 Warley election result?
- John Spellar, Labour - 27,004
- Anthony Mangnall, Conservative - 10,521
- Darryl Magher, UKIP - 1,349
- Bryan Manley-Green, Liberal Democrats - 777
- Mark Redding, Green Party - 555
- Spoilt papers - 116
- Turnout - 63.3% (40,321 out of an electorate of 63,739)
What are the odds? (From Betfair at time of writing)
- Labour 1/100, Conservatives 20/1, Liberal Democrats 25/1, Brexit Party 66/1, Green 66/1
Labour holds in Sandwell are pretty much as nailed on as the sun rising in the morning, but there will be something unusual for Mr Spellar at the 2019 election.
He is the only one of the three long-serving Sandwell Labour MPs returning to defend his seat after Tom Watson and Adrian Bailey called time on their Parliamentary careers.
Mr Spellar is widely respected among those to the right of the Labour Party and has been an outspoken critic of Jeremy Corbyn.
Facing the unenviable task of taking on Mr Spellar, who commands a massive 16,000 majority, for the Tories is Chandra Kanneganti, who will be hoping pro-Brexit sentiment in the area will translate into votes for Boris Johnson’s Conservatives.
Some 66.7 per cent backed Brexit at the 2016 referendum.
Michael Cooper will be contesting the seat for the Brexit Party.
Bryan Manley-Green is standing for the Liberal Democrats and Kathryn Downs for the Greens.


Crater Lake and Lassen Volcanic National Parks
Click
here
to
un
mute &
here
to see another vid (
0
of
0
).


- New: Updated emulator definitions, changed platform names for consistency
- Fix: Slow detection of installed Origin games
- Fix: Platform icon is not saved properly when using exe as source
- Fix: Name sorting not working properly
- Fix: Crashing in some cases while importing library
- Fix: Crash when trying to set categories to multiple games


Touch the numbers!
Click number 1 to start..
You won!
Your time is 36
Restart
Easy (16)
Medium (25)
Hard (36)


HTML Renderer Project - Avalonia port
Beta support
Lightweight (~300K).
High performance and low memory footprint.
Extendable and configurable.
Limitations
- All HTML end tags marked as
optional should be there. No problem with tags marked as forbidden.
On the roadmap
Of course it's not quite finished yet. Here are some of the important things to
do.
- Better performance
- Support of position CSS property
- Support of height and min-height CSS property
- Better tables support, especially layouts
- Support image align
- Handle :hover selector
- Selection by shift+arrows
- Better HTML tag parsing (optional closing tags)
- More styles support
Vision
- Most complete static HTML Renderer (no java script).
- Commercial web browser performance level.
2015 - Nikita Tsukanov (Avalonia Port)
https://avalonia.github.io/
2012 - Arthur Teplitzki
http://TheArtOfDev.com
2009 - Jose Manuel Menendez Poo
www.menendezpoo.com


CIRCLE OF FRIENDS A film review by Steve Rhodes Copyright 1995 Steve Rhodes
RATING (0 TO ****): ** 1/2
CIRCLE OF FRIENDS is a coming-of-age drama set in Dublin and in a small town in the Irish countryside nearby. According to the credits, much of it was filmed in County Kilkenny, Ireland. If you have been lucky enough to spent some time in Ireland as I did for three weeks, you know how beautiful it is. The movie shows off beautiful scenery without tending to overpower the story as some movies do, e.g., LEGENDS OF THE FALL. The cinematography by Kenneth MacMillan was peaceful and serene in a natural and graceful way.
Newcomer Minnie Driver plays Benny, a big boned, slightly homely girl from a small town who wants to make it in life. I think this may the age of the wallflowers. There are definite parallels to the part Toni Collette played in Muriel's Wedding which was released in the US about the same time.
Benny grows up with a circle of two main girlfriends played by Geraldine O'Rawe and Saffron Burrows. They leave the village to go off to University. There they meet a circle of boys lead by Jack (Chris O'Donnell). Benny is ambitious about her schooling and her love life and falls instantly in love with Jack.
As you would guess, there are complications and complexities. Some have to do with the small town, some with Benny's belief that since she is not beautiful and Jack is, he will not be interested in her, and still others have to do with the strict Catholic upbringing in Ireland. Of course, as in all movies, we find out that the church is almost always in the wrong, and as soon as the characters grow up enough or get smart enough, they realize this and leave or ignore the church. It would be nice to have religion appear in a movie every now and then in a positive light. After all, we have lots of movie glorifying everything from gangsters to heavy drinking to you name it. Oh well, ...
The problem with the movie is that, based on the information I just gave you, you could write the script now, and you would probably be close. The writer (Andrew Davies) took no risks, and the result is a completely predictable plot. The director (Pat O'Donnell) went the safe route as well making for a nicely homogenized show. This is all quite surprising since the talent of Minnie Driver was clear and yet was so often underutilized. Moreover, the writer also wrote the very inventive script for the To Play The King British series recently on PBS here and the director did the extremely moving and imaginative movie Cal.
Although it could have been much better, and although I was able to forecast every turn in the movie, I did enjoy being a member of Benny's circle of friends for a couple of hours. She was a character I'm glad I got to know. Her strength of conviction and her charm wove a spell on me.
CIRCLE OF FRIENDS runs a little long at 1:52. It is rated PG-13 for sexual discussions and scenes. There is no nudity of any kind and no violence. The movie would be fine for anyone old enough to be seriously interested in romance, say 10 and above I guess. I give the movie a mild thumbs up with the reservations mentioned above, and I award it ** 1/2.
**** = One of the top few films of this or any year. A must see film. *** = Excellent show. Look for it. ** = Average movie. Kind of enjoyable. * = Poor show.  Totally unbearable.
REVIEWED WRITTEN ON: March 31, 1995
Opinions expressed are solely mine & not meant to reflect my employer's.
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Bill Gates
Chief Executive Officer, Co-Founder
William Henry "Bill" Gates III is an American business magnate, philanthropist, investor, computer programmer, and inventor. In 1975, Gates co-founded Microsoft, that became the world's largest PC software company, with Paul Allen.


| a | rules | ||
|---|---|---|---|
|
default rules
|
no rules set
|
|
|
|
|
{{ dataSource.id }}
|
no rules set
|
|
| Key | |||
|
|
fully available | ||
|
|
> 99% available | ||
|
|
≤ 99% available | ||
|
|
actively indexing | ||
| (not persisted) | |||
| Hover over the icon next to each datasource for its specific availability. |


Please open an issue on GitHub if you were directed to this page by a different link on the website, or go to the home page.


Facebook is great
Paragraph 2
Paragraph 3
Apple.
This is a link.
This is another link.
Microsoft.
Type your name:


Bichromate History Report
Test Name
First Execution
Last Passed
Total Passed
Total Failed
Percentage Passed


Note that you have to open your dev tool's console window in order to see the output of the button below.


logitech
Businessmodel of Logitech
Customer Segments
Logitech has a mass market business model, with no significant differentiation between customer segments. The company markets its products to anyone needing computer peripherals.
Value Proposition
Logitech offers three primary value propositions: innovation, cost reduction, and brand/status.
The company has demonstrated a strong ability to develop innovative products. This is evidenced by the fact that it has achieved more than 100 industry “firsts” and maintains a portfolio of more than 750 patents. Also, in 2015 four of its products were chosen as Innovation Award honorees at the annual, prestigious Consumer Electronics Show (CES).
The company offers significant cost reduction to one of its key customer groups, academic institutions. Specifically, it maintains “Logitech Academy”, a program through which it grants discounts to university students and staff in the U.S. Recipients can save up to 20% on purchases.
The company has created a strong brand because of its success. This is evidenced by the fact that it has won numerous awards and honors. Forms of recognition include numerous International Design Awards, iF Product Design Awards, Red Dot Awards, and American Technology Awards.
Channels
Logitech’s main channel is its direct sales team, members of whom sell its products to a network of retailers and distributors. Distributors resell the items to retailers, systems integrators, and value-added resellers. Retailers include mass merchandisers, telecommunications and computer stores, and specialty electronics stores.
Specific distributors include Tech Data Corporation, Synnex Corporation, Ingram Micro, D&H Distributing, Beijing Digital China Limited, and Daiwabo. Specific retailers include Wal-Mart, Office Depot, Best Buy, Staples, Target, Metro Group, Carrefour Group, Dixons, Kesa Electricals, and Australia’s Dick Smith Electronics Limited. Logitech also sells its products through online retailers such as Buy.com, Insight Enterprises, Amazon.com, and TigerDirect.com.
Beyond the direct sales channel, Logitech also promotes its products through its website, social media pages, advertising, and attendance at trade shows.
Customer Relationships
Logitech’s customer relationship is primarily of a self-service nature. Customers utilize its products while having limited interaction with employees. The company’s website features numerous resources designed to address any consumer concerns, including product manuals, articles, white papers, answers to frequently asked questions, and access to a newsletter with news and product tips/tricks. That said, there is also a community component in the form of forums where peers can answer questions, and a personal assistance element in the form of phone, e-mail, and chat support.
Key Activities
Logitech’s business model entails designing, developing, and manufacturing its products. The company maintains a hybrid model that involves both in-house manufacturing and third-party contract manufacturing. This arrangement enables it to leverage economies of scale and respond effectively to quickly changing demand. Half of its peripherals are produced at facilities located in Suzhou, China, while the remaining products are made at other locations in Asia.
Key Partners
Logitech operates the Logitech Partner Program through which it teams with manufacturers, resellers, and authorized distributors to sell its products to other parties. Benefits of the program include quarterly rebates, exclusive purchase discounts, and marketing tools and resources. Members also receive early notification of pending new products.
Key Resources
Logitech’s main resource is its engineering team, which seeks out new innovations for it to develop and bring to market. Other key resources include the company’s marketing team, which promotes its brand, and its direct sales team, which acquires new customers.
Cost Structure
Logitech has a cost-driven structure, aiming to minimize expenses through significant automation and low-price value propositions. Its biggest cost driver is cost of goods sold, a variable cost. Other major drivers are in the areas of sales/marketing, administration, and research and development, all fixed costs.
Revenue Streams
Logitech has one revenue stream, the earnings it generates from the sale of its products. The company indicates that a majority of revenues are obtained through the sale of items in the peripheral category to consumers (as opposed to businesses or other institutions).


An inversion is:
We have not used "inversion" to refer to a type of sort.
While "inversions" are related to swaps (since ultimately a swap is needed to undo an inversion), it is not a swap.
Inversion refers to an instance of a record being out of order.


Before Change
def sum(x, axis=None, keepdims=False):
"""Sum of the values in a tensor, alongside the specified axis.
"""
if axis is not None and axis < 0:
axis = axis % len(x.get_shape())
return tf.reduce_sum(x, reduction_indices=axis, keep_dims=keepdims)
def prod(x, axis=None, keepdims=False):
After Change
def sum(x, axis=None, keepdims=False):
"""Sum of the values in a tensor, alongside the specified axis.
"""
axis = normalize_axis(axis, ndim(x))
return tf.reduce_sum(x, reduction_indices=axis, keep_dims=keepdims)
def prod(x, axis=None, keepdims=False):


APT-SORTPKGS(1) APT APT-SORTPKGS(1) NAME apt-sortpkgs - Utility to sort package index files SYNOPSIS apt-sortpkgs [-s] [-o=config_string] [-c=config_file] filename... {-v | --version} {-h | --help} DESCRIPTION apt-sortpkgs will take an index file (source index or package index) and sort the records so that they are ordered by the package name. It will also sort the internal fields of each record according to the internal sorting rules. All output is sent to standard output; the input must be a seekable file. OPTIONS All command line options may be set using the configuration file, the descriptions indicate the configuration option to set. For boolean options you can override the config file by using something like -f-,--no-f, -f=no or several other variations. -s, --source Use source index field ordering. Configuration Item: APT::SortPkgs::Source. -h, --help Show a short usage summary. -v, --version Show the program version. -c, --config-file Configuration File; Specify a configuration file to use. The program will read the default configuration file and then this configuration file. If configuration settings need to be set before the default configuration files are parsed specify a file with the APT_CONFIG environment variable. See apt.conf(5) for syntax information. -o, --option Set a Configuration Option; This will set an arbitrary configuration option. The syntax is -o Foo::Bar=bar. -o and --option can be used multiple times to set different options. SEE ALSO apt.conf(5) DIAGNOSTICS apt-sortpkgs returns zero on normal operation, decimal 100 on error. BUGS APT bug page[1]. If you wish to report a bug in APT, please see /usr/share/doc/debian/bug-reporting.txt or the reportbug(1) command. AUTHORS Jason Gunthorpe APT team NOTES 1. APT bug page http://bugs.debian.org/src:apt APT <IP_ADDRESS> 09 June 2012 APT-SORTPKGS(1)


Next: file-length, Previous: read-sequence, Up: Streams Dictionary
write-sequence
sequence stream &key start end ⇒ sequence
sequence—a sequence.
stream—an output stream.
start, end—bounding index designators of sequence. The defaults for start and end are 0 and nil, respectively.
write-sequence writes the elements of the subsequence of sequence bounded by start and end to stream.
(write-sequence "bookworms" *standard-output* :end 4) |> book ⇒ "bookworms"
Modifies stream.
Should be prepared to signal an error of type type-error if sequence is not a proper sequence. Should signal an error of type type-error if start is not a non-negative integer. Should signal an error of type type-error if end is not a non-negative integer or nil.
Might signal an error of type type-error if an element of the bounded sequence is not a member of the stream element type of the stream.
Compiler Terminology, read-sequence, ‘write-string; write-line’ , write-line
write-sequence is identical in effect to iterating over the indicated subsequence and writing one element at a time to stream, but may be more efficient than the equivalent loop. An efficient implementation is more likely to exist for the case where the sequence is a vector with the same element type as the stream.


Log on right from your favorite browser and access your data from any computer. Simply visit our website and log in and get to flow!
Track Progress
Our user friendly dashboard allows you to look at your progress over time and best maximize your productivity
Improve Your Life
Current uses psychological research that shows that people who maximized productivity in such a way were overall significantly more satisfied and happier with their lives
Create an Account
Either sign up for our limited 30-day free trial or purchase our premium package to Go With The Flow
Start Working
Once you have created an account, get to work! Current will help you maximize your productivity with alerts
Get Data
Users have access to graphs and data regarding their productivity and the factors that mediate productivity throughout the day


Age: 18
Sex: Female
Weight: 13lbs
My name is Buttercup and I’m as delightful as a spring flower! I’ve got a bubbly, happy spirit and I enjoy being around both dogs & people. My foster has cats, and I’m cool with them, too! I live with diabetes, but it doesn’t define me. I even sit like an angel when she gives me my insulin shots. Please make an appointment to meet me – I can’t wait to meet you!


models module¶
-
class
models.
DirectAutoRegressor
(base_estimator, auto_order, exog_order, pred_step, exog_delay=None, **base_params)[source]¶ Bases:
fireTS.core.GeneralAutoRegressor
This model performs autoregression with exogenous inputs on the k-step ahead output directly. The model equation is written as follows.
(1)¶\[\begin{split}y(t + k) &=& f(y(t), ..., y(t-p+1), \\ & & x_1(t - d_1), ..., x_1(t-d_1-q_1+1), \\ & & ..., x_m(t - d_1), ..., x_m(t - d_m - q_m + 1)) + e(t)\end{split}\]Parameters: - base_estimator (object) – an estimator object that implements the scikit-learn API (fit, and predict). The estimator will be used to fit the function \(f\) in equation (1).
- auto_order (int) – the autoregression order \(p\) in equation (1).
- exog_order (list) – the exogenous input order, a list of integers representing the order for each exogenous input, i.e. \([q_1, q_2, ..., q_m]\) in equation (1).
- pred_step (int) – the prediction step \(k\) in equation (1). By default, it is set to 1.
- exog_delay (list) – the delays of the exogenous inputs, a list of integers representing the delay of each exogenous input, i.e. \([d_1, d_2, ..., d_m]\) in equation (1). By default, all the delays are set to 0.
- base_params (dict) – other keyword arguments for base_estimator.
-
predict
(X, y)[source]¶ Produce multi-step prediction of y. The multi-step prediction is done directly. No future X inputs are used in the prediction. The prediction equation is as follows:
\[\begin{split}\hat{y}(t + k) &=& f(y(t - 1), ..., y(t - p + 1), \\ & & x_1(t - d_1), ..., x_1(t - d_1 - q_1 + 1) \\ & & ..., x_m(t - d_m), ..., x_m(t - d_m - q_m + 1))\end{split}\]Parameters: - X (array-like) – exogenous input time series, shape = (n_samples, n_exog_inputs)
- y (array-like) – target time series to predict, shape = (n_samples)
- step (int) – prediction step.
Returns: k-step prediction time series, shape = (n_samples). The \(i\) th value of the output is the k-step prediction of the \(i\) th value of the input
y
. The firststep + max(auto_order, max(exog_order + exog_delay))
values of the output isnp.nan
.
-
score
(X, y, method='r2')[source]¶ Produce multi-step prediction of y, and compute the metrics against y. Nan is ignored when computing the metrics.
Parameters: - X (array-like) – exogenous input time series, shape = (n_samples, n_exog_inputs)
- y (array-like) – target time series to predict, shape = (n_samples)
- method (string) – could be “r2” (R Square) or “mse” (Mean Square Error).
Returns: prediction metric. Nan is ignored when computing the metrics.
-
class
models.
NARX
(base_estimator, auto_order, exog_order, exog_delay=None, **base_params)[source]¶ Bases:
fireTS.core.GeneralAutoRegressor
NARX stands for Nonlinear AutoRegressive eXogenous model. The model equation is written as follows.
\[\begin{split}y(t + 1) &=& f(y(t), ..., y(t-p+1), \\ & & x_1(t - d_1), ..., x_1(t-d_1-q_1+1), \\ & & ..., x_m(t - d_1), ..., x_m(t - d_m - q_m + 1)) + e(t)\end{split}\]Parameters: - base_estimator (object) – an estimator object that implements the scikit-learn API (fit, and predict). The estimator will be used to fit the function \(f\) in equation (1).
- auto_order (int) – the autoregression order \(p\) in equation (1).
- exog_order (list) – the exogenous input order, a list of integers representing the order for each exogenous input, i.e. \([q_1, q_2, ..., q_m]\) in equation (1).
- exog_delay (list) – the delays of the exogenous inputs, a list of integers representing the delay of each exogenous input, i.e. \([d_1, d_2, ..., d_m]\) in equation (1). By default, all the delays are set to 0.
- base_params (dict) – other keyword arguments for base_estimator.
-
predict
(X, y, step=1)[source]¶ Produce multi-step prediction of y. The multi-step prediction is done recursively by using the future inputs in X. The prediction equation is as follows:
\[\begin{split}\hat{y}(t + k) &=& f(\hat{y}(t + k - 1), ..., \hat{y}(t + k - p), \\ & &x_1(t + k - 1 - d_1), ..., x_1(t + k - d_1 - q_1) \\ & &..., x_m(t + k - 1 - d_m), ..., x_m(t + k - d_m - q_m))\end{split}\]Parameters: - X (array-like) – exogenous input time series, shape = (n_samples, n_exog_inputs)
- y (array-like) – target time series to predict, shape = (n_samples)
- step (int) – prediction step.
Returns: k-step prediction time series, shape = (n_samples). The \(i\) th value of the output is the k-step prediction of the \(i\) th value of the input
y
. The firststep + max(auto_order, max(exog_order + exog_delay))
values of the output isnp.nan
.
-
score
(X, y, step=1, method='r2')[source]¶ Produce multi-step prediction of y, and compute the metrics against y. Nan is ignored when computing the metrics.
Parameters: - X (array-like) – exogenous input time series, shape = (n_samples, n_exog_inputs)
- y (array-like) – target time series to predict, shape = (n_samples)
- step (int) – prediction step.
- method (string) – could be “r2” (R Square) or “mse” (Mean Square Error).
Returns: prediction metric. Nan is ignored when computing the metrics.


This module adds the feature of library management to EduERP. You can print book barcode & library id card.
Manage all details for book like author, publisher, ISBN code & other details. You can see movements & requests related to that.
You can create book unit to manage details for each copy of a book.
User can make request to get a book. If book is not there in library you can make purchase request.
You can manage authors with his books & other details.
You can manage publisher with its books & other details.


 (Um, yessss.) Here are 7 tips for how to do an exceptional swim flip turn.
You can produce faster swimming and do a flip turn more efficiently to get better results in the pool with only having to give a little more mental focus over the course of your swimming practices.
1. Swimmers have a love-hate relationship with the black line at the bottom of the pool. It’s often our only companion during those long swim workouts. Get comfortable swimming into the wall at different speeds–swimming fast, swimming slow, swimming fast with fins–it will improve your ability to properly judge when to commence your flip turn.
2. When you are approaching the turn think in terms of acceleration—the more speed you carry going into your flip turn the faster you are going to rotate and explode off of the wall. Attack the wall so that you decelerate less and come out of the turn faster. “Besides the start, pushing off the wall is the fastest a swimmer will go during a race,” notes Russell Mark, an actual rocket scientist and high-performance consultant for USA Swimming.
3. Not breathing into your flip turns does a few powerful things, not the least of which is helps you not slow down into the wall, helps promote better head placement, and even helps teach better breathing pattern discipline. Want a mental cue to help you with this? Think about driving the top of your head straight at the middle of the T on the bulkhead or wall.
4. When I go into the flip turn I imagine my thighs collapsing onto my stomach as my waist bends forcefully. This simple, but perhaps odd form of visualization keeps my rotation tight and fast and means I don’t need to focus too much on getting the feet over, because it is happening naturally. “When the focus is on getting the heels over, it is not uncommon to see the knees bending too early,” says Mark. He recommends keeping the knees at the surface of the water to cut down on unnecessary resistance.


User Documentation¶
This section of this wrapper focuses on player names, uuids and name history. This section has 2 classes, Users and Players.
Basic Example:
import aiomojang
import asyncio
async def get_user_history():
user = aiomojang.Player("Example") # You can get a users information by passing it into the class.
# you can get a user's uuid using: aiomojang.Player("Name").uuid
# you can get a user's name using: aiomojang.Player("Name").name
# However, you CANNOT run .uuid with a uuid and CANNOT run .name with a name.
return await user.get_history() # you can get the user's name history with get_history()
asyncio.run(get_user_history()) # Running the function
Player¶
This focuses on individual players, and will take only one name.
-
class
aiomojang.api.
Player
(profiles: str, at: Optional[int] = 0)¶ Gets information on a user’s profile.
-
profile
¶ The user’s profile you want to search up, eg. User(“SomeRandomPerson”)
- Type
str
-
at
¶ The person who had the name at the given timestamp. Defaults to 0
- Type
int
-
async
get_cape
(unsigned: Optional[bool] = False)¶ Get’s the current cape that the player has on. .. attribute:: unsigned
Defaults to True, the mod in which to access the information in.
- Returns
The link to their cape.
- Return type
str
-
async
get_history
(num: Optional[int] = None) → dict¶ Gets the name history for the user. :returns: Returns the name history for the given user at the given timestamp. :rtype: dict
-
async
get_raw_data
(unsigned: bool = True)¶ Returns raw json for a skin or a cape .. attribute:: unsigned
Defaults to True, the mod in which to access the information in.
- Returns
The raw data.
- Return type
dict
-
async
get_skin
(unsigned: Optional[bool] = False)¶ Get’s the current skin that the player has on. .. attribute:: unsigned
Defaults to True, the mod in which to access the information in.
- Returns
The link to their skin.
- Return type
str
-
property
is_demo
¶ Returns if the account is a demo account (unpaid). :returns: Returns True if the account is a demo account (unpaid). :rtype: bool
-
property
is_legacy
¶ Returns if the account is legacy. :returns: Returns True if the account is legacy. :rtype: bool
-
property
name
¶ Gets the name for the user. :returns: Returns the name of the user. :rtype: str
- Raises
BadRequestError – If no user with these parameters can be found.
-
async
signature
(unsigned: Optional[bool] = False)¶ Returns the requester’s base64 signature.
Will only work if unsigned is False. :returns: The base64 signature. :rtype: str
-
async
timestamp
(unsigned: Optional[bool] = False)¶ Returns the formatted timestamp in which the data has been requested at. :returns: The formatted timestamp. :rtype: str
-
property
uuid
¶ Gets the uuid for the user. :returns: Returns the uuid of the user. :rtype: str
- Raises
BadRequestError – If no user with these parameters can be found.
-
Users¶
This class focuses on getting information on multiple users. As such, it can take multiple users in the constructor and returns a list of the requested information.
-
class
aiomojang.api.
Players
¶ Gets information on a list of users.
-
async
get_names
(*queries) → list¶ Returns a list of names obtained using Mojang’s API. :returns: The names obtained. :rtype: list
-
async
get_uuids
(*queries) → list¶ Returns a list of uuids obtained using Mojang’s API. :returns: The uuids obtained. :rtype: list
-
async


Package org.drip.product.definition
Interface BondProduct
- All Known Implementing Classes:
BondComponent
,TreasuryComponent
public interface BondProduct
BondProduct interface implements the product static data behind bonds of all kinds. Bond static
data is captured in a set of 11 container classes – BondTSYParams, BondCouponParams, BondNotionalParams,
BondFloaterParams, BondCurrencyParams, BondIdentifierParams, ComponentValuationParams,
ComponentRatesValuationParams, ComponentCreditValuationParams, ComponentTerminationEvent,
BondFixedPeriodParams, and one EmbeddedOptionSchedule object instance each for the call and the put
objects. Each of these parameter sets can be set separately.
- Module = Product Core Module
- Library = Fixed Income Analytics
- Project = Product Components/Baskets for Credit, FRA, FX, Govvie, Rates, and Option AssetClasses
- Package = Fixed Income Components/Baskets Definitions
- Author:
- Lakshmi Krishnamurthy
-
Method Summary
Modifier and Type Method Description CouponSetting
couponSetting()
Retrieve the bond coupon settingCreditSetting
creditSetting()
Retrieve the bond credit SettingFloaterSetting
floaterSetting()
Retrieve the bond floater settingIdentifierSet
identifierSet()
Retrieve the bond identifier setQuoteConvention
marketConvention()
Retrieve the Bond's Market ConventionNotionalSetting
notionalSetting()
Retrieve the bond notional Settingboolean
setCouponSetting(CouponSetting cpnSetting)
Set the bond coupon settingboolean
setCreditSetting(CreditSetting creditSetting)
Set the bond Credit Settingvoid
setEmbeddedCallSchedule(EmbeddedOptionSchedule eos)
Set the bond's embedded call schedulevoid
setEmbeddedPutSchedule(EmbeddedOptionSchedule eos)
Set the bond's embedded put scheduleboolean
setFloaterSetting(FloaterSetting fltSetting)
Set the bond floater settingboolean
setIdentifierSet(IdentifierSet idSet)
Set the bond identifier setboolean
setMarketConvention(QuoteConvention mktConv)
Set the Bond's Market Conventionboolean
setNotionalSetting(NotionalSetting notlSetting)
Set the bond notional Settingboolean
setStream(BondStream stream)
Set the bond Streamboolean
setTerminationSetting(TerminationSetting termSetting)
Set the bond termination settingboolean
setTreasuryBenchmark(TreasuryBenchmarks tsyBmkSet)
Set the bond treasury benchmark SetBondStream
stream()
Retrieve the Bond StreamTerminationSetting
terminationSetting()
Retrieve the bond termination settingTreasuryBenchmarks
treasuryBenchmark()
Retrieve the bond treasury benchmark Set
-
Method Details
-
setTreasuryBenchmark
Set the bond treasury benchmark Set- Parameters:
tsyBmkSet
- Bond treasury benchmark Set- Returns:
- TRUE if succeeded
-
treasuryBenchmark
TreasuryBenchmarks treasuryBenchmark()Retrieve the bond treasury benchmark Set- Returns:
- Bond treasury benchmark Set
-
setIdentifierSet
Set the bond identifier set- Parameters:
idSet
- Bond identifier set- Returns:
- True if succeeded
-
identifierSet
IdentifierSet identifierSet()Retrieve the bond identifier set- Returns:
- Bond identifier set
-
setCouponSetting
Set the bond coupon setting- Parameters:
cpnSetting
- Bond coupon setting- Returns:
- True if succeeded
-
couponSetting
CouponSetting couponSetting()Retrieve the bond coupon setting- Returns:
- Bond Coupon setting
-
setFloaterSetting
Set the bond floater setting- Parameters:
fltSetting
- Bond floater setting- Returns:
- True if succeeded
-
floaterSetting
FloaterSetting floaterSetting()Retrieve the bond floater setting- Returns:
- Bond Floater setting
-
setMarketConvention
Set the Bond's Market Convention- Parameters:
mktConv
- Bond's Market Convention- Returns:
- True if succeeded
-
marketConvention
QuoteConvention marketConvention()Retrieve the Bond's Market Convention- Returns:
- Bond's Market Convention
-
setCreditSetting
Set the bond Credit Setting- Parameters:
creditSetting
- Bond credit Setting- Returns:
- True if succeeded
-
creditSetting
CreditSetting creditSetting()Retrieve the bond credit Setting- Returns:
- Bond credit Setting
-
setTerminationSetting
Set the bond termination setting- Parameters:
termSetting
- Bond termination setting- Returns:
- True if succeeded
-
terminationSetting
TerminationSetting terminationSetting()Retrieve the bond termination setting- Returns:
- Bond termination setting
-
setStream
Set the bond Stream- Parameters:
stream
- Bond Stream- Returns:
- True if succeeded
-
stream
BondStream stream()Retrieve the Bond Stream- Returns:
- Bond Stream
-
setNotionalSetting
Set the bond notional Setting- Parameters:
notlSetting
- Bond Notional Setting- Returns:
- True if succeeded
-
notionalSetting
NotionalSetting notionalSetting()Retrieve the bond notional Setting- Returns:
- Bond notional Setting
-
setEmbeddedCallSchedule
Set the bond's embedded call schedule- Parameters:
eos
- Bond's embedded call schedule
-
setEmbeddedPutSchedule
Set the bond's embedded put schedule- Parameters:
eos
- Bond's embedded put schedule
-


Vocabulary: Controlled Vocabulary Management
Instructions: Search for vocabulary to view what is currently available in the system. Only the top 1000 results will be shown.
| Term | URI | Description |
|---|
Instructions: Search for vocabulary to view what is currently available in the system. Only the top 1000 results will be shown.
| Term | URI | Description |
|---|


Plugin Registration¶
Directory structure¶
Plugins are stored in the plugins
subdirectory. An example of a
plugin directory structure:
plugins
└── Budget <= Plugin name
├── Asset <= Javascript/CSS files
├── Controller
├── LICENSE <= Plugin license
├── Locale
│ ├── fr_FR
│ ├── it_IT
│ ├── ja_JP
│ └── zh_CN
├── Model
├── Plugin.php <= Plugin registration file
├── README.md
├── Schema <= Database migrations
├── Template
└── Test <= Unit tests
Only the registration file Plugin.php
is required. Other folders are
optional.
The first letter of the plugin name must be capitalized.
Plugin Registration File¶
Kanboard will scan the directory plugins
and load automatically
everything under this directory. The file Plugin.php
is used to load
and register the plugin.
Example of Plugin.php
file (plugins/Foobar/Plugin.php
):
<?php
namespace Kanboard\Plugin\Foobar;
use Kanboard\Core\Plugin\Base;
class Plugin extends Base
{
public function initialize()
{
$this->template->hook->attach('template:layout:head', 'theme:layout/head');
}
}
This file should contain a class Plugin
defined under the namespace
Kanboard\Plugin\Yourplugin
and extends
Kanboard\Core\Plugin\Base
.
The only required method is initialize()
. This method is called for
each request when the plugin is loaded.
Plugin Methods¶
Available methods from Kanboard\Core\Plugin\Base
:
initialize()
: Executed when the plugin is loadedgetClasses()
: Return all classes that should be stored in the dependency injection containeron($event, $callback)
: Listen on internal eventsgetPluginName()
: Should return plugin namegetPluginAuthor()
: Should return plugin authorgetPluginVersion()
: Should return plugin versiongetPluginDescription()
: Should return plugin descriptiongetPluginHomepage()
: Should return plugin Homepage (link)setContentSecurityPolicy(array $rules)
: Override default HTTP CSP rulesonStartup()
: If present, this method is executed automatically when the event “app.bootstrap” is triggered
Your plugin registration class can also inherit from Kanboard, that way you can access all classes and methods of Kanboard easily.
This example will fetch the user #123:
$this->user->getById(123);
Plugin Translations¶
Plugin can be translated in the same way as the rest of the application. You must load the translations yourself when the session is created:
public function onStartup()
{
Translator::load($this->language->getCurrentLanguage(), __DIR__.'/Locale');
}
The translations must be stored in the file
plugins/Myplugin/Locale/xx_XX/translations.php
(replace xx_XX by
the language code fr_FR, en_US...).
Translations are stored in a dictionary, if you would like to override an existing string, you just need to use the same key in your translation file.
Dependency Injection Container¶
Kanboard uses Pimple, a simple PHP Dependency Injection Container. However, Kanboard can register any class in the container easily.
Those classes are available everywhere in the application and only one instance is created.
Here an example to register your own models in the container:
public function getClasses()
{
return array(
'Plugin\Budget\Model' => array(
'HourlyRateModel',
'BudgetModel',
)
);
}
Now, if you use a class that extends from Core\Base
, you can access
directly to those class instance:
$this->hourlyRateModel->remove(123);
$this->budgetModel->getDailyBudgetBreakdown(456);
// It's the same thing as using the container:
$this->container['hourlyRateModel']->getAll();
Keys of the containers are unique across the application. If you override an existing class, you will change the default behavior.
Add new API methods¶
Kanboard use this library JSON-RPC to handle API calls.
To add a new method you can do something like that from your plugin:
$this->api->getProcedureHandler()->withCallback('my_method', function() {
return 'foobar';
});
$this->container['api']
or $this->api
expose an instance of the
object JsonRPC\Server
.
Read the library documentation for more information.
Add new console commands¶
Kanboard use the library Symfony Console to handle local command lines.
Kanboard expose an instance of the object
Symfony\Component\Console\Application
via $this->cli
. You can
add new commands from your plugin:
$this->cli->add(new MyCommand());
Read the library documentation for more information.


The angles of triangle ABC are {{q.angleA}}°, {{q.angleB}}° and {{q.angleC}}° Find the unknown value
Angles in a triangle add up to 180°


Company profile - Canadian Company Capabilities
Third-Party Information Liability Disclaimer
Some of the information on this Web page has been provided by external sources. The Government of Canada is not responsible for the accuracy, reliability or currency of the information supplied by external sources. Users wishing to rely upon this information should consult directly with the source of the information. Content provided by external sources is not subject to official languages, privacy and accessibility requirements.
Rodan Energy Solutions Inc.
Legal/Operating Name:
Rodan Energy Solutions Inc.
Alternate Name:
Energent Incorporated, a Rodan Energy Company
Rodan Energy Solutions Corp. ("Rodan West")
enerShift Corporation, a Rodan Energy Company
Mailing Address:
6-165 Matheson Blvd EMISSISSAUGA, Ontario
L4Z 3K2
Location Address:
6-165 Matheson Blvd EMISSISSAUGA, Ontario
L4Z 3K2
Tel.:<PHONE_NUMBER>
Tel.:<PHONE_NUMBER>
Fax:<PHONE_NUMBER>
Logo
Company Profile
Rodan is a leading North American smart grid company delivering integrated energy solutions to large consumers, distributors and power producers. Our expertise in Metering & Smart Grid Integration, Demand Response, Energy Information & Analytics, and Engineering Services allows our customers to enhance power system reliability, reduce energy costs and help develop a sustainable energy future.
Full profile
Full profile
Contact information
Company description
Product / Service / Licensing
Contact our customer service representatives to add water, gas and other commodities to your enerVu platform.
Ontario’s largest independent Metering Service Provider (MSP), which is why over 60 utilities and ISOs throughout North America trust the expertise of Rodan Energy to install and service this critical system.
FOR UTILITIES:
• Transformer and line loss calculations
• Meter Verification: S-S-06 compliance programs, auditing and x-phase testing
A few representative clients:
• Enersource Hydro Mississauga
• Hydro One Brampton
• London Hydro
• Newmarket Hydro
FOR POWER PRODUCERS:
As one of the only metering service providers experienced and certified for nuclear, fossil, hydro-electric, solar, wind, biomass, and flywheel generation, you can be assured that we can cater to your unique needs. We manage metering assets and energy information systems for 40+ power producers in North America.
• Our comprehensive shadow settlement service ensures that you are getting paid correctly each month for the electricity you generate. Our Network Operations Centre (NOC) will monitor your generation output and compare it to your statement to uncover any inaccuracies in the application of meter data. It is not uncommon to find errors. Let us help you ensure you are paid correctly.
• If you have recently signed a Power Purchase Agreement (PPA) with the IESO (formerly OPA), we can assist with completing your metering plan.
A few representative clients:
• Ontario Power Generation
• Bruce Nuclear Power Plant
• TransAlta Generation
• York Energy Centre
• Portlands Energy Centre
FOR ENERGY USERS:
Whether you’re a large industrial customer or a commercial organization directly, we can provide a broad scope of energy metering and monitoring solutions to help you increase efficiency, reduce costs and plan for the future. We serve over 200 large commercial, industrial and institutional customers.
• Shadow settlement
• Suite and sub-metering solutions
A few representative clients:
• Shell Petro Chemicals
• Suncor Energy Products Inc.
• Gerdau AmeriSteel
• Nova Chemicals
• GTAA
Our service offerings include:
• Retail Metering Services: Meter Verification: S-S-06 compliance programs, auditing and x-phase testing
• Settlement Verification and Audits: Energy Transfers: Accounting for non-metered energy transfers
• Meter System Maintenance and Repairs
• Meter Data Management
• Design, Procurement, Assembly, Site-Installation and Commissioning
• IESO Wholesale Revenue Metering – Facility Registration and MSP Services
• Complex Settlement Solutions
• Metering Plans for Power Purchase Agreements
An effective solution for the grid and for businesses
DR has had a significant impact on Ontario’s electricity system as a resource to reduce demand peaks. High demand puts pressure on the electricity grid, and outages can occur when demand exceeds available supply. DR helps to stabilize this balance, minimizing the need to activate expensive fossil fuel generators that pollute the environment and spike electricity prices.
Demand Response can be easily implemented without having an impact on production processes. We enable a diverse range of energy consumers to participate in DR programs. If your facility is a manufacturing plant, data center, retail store, distribution center, commercial building, municipal water treatment plant or pumping station, you’re likely eligible.
Our energy managers can develop a competitive Demand Response strategy for your facility at no cost to you and with no capital investment.
• Connection Impact Assessments
• Protection & Control Services
• Asset Management & Condition Assessments
• Transformer & Line Loss Calculations
• Distribution System Optimization
• Regulatory & Market Support Services
• GIS Services
• Remote Monitoring & SCADA Solutions
• Project Feasibility Studies
For large electricity users, global adjustment (GA) is a charge on your monthly electricity bill used to fund various energy infrastructure programs in Ontario. This GA tariff is forecasted to continue increasing as Ontario develops more renewable power and conservation projects. It is critical to begin implementing strategies to reduce your GA – it could mean saving your facility hundreds of thousands of dollars.
What is the Industrial Conservation Initiative?
Businesses that participate in the Industrial Conservation Initiative (ICI) are those that qualify as IESO Class A consumers. These businesses pay GA based on their electricity consumption during the top five peak demands in a 12-month period. Those who can reduce their grid consumption either by electricity curtailment or by switching to on-site generators during a peak can significantly reduce their GA costs.
Does your facility qualify as Class A?
• Average hourly peak demand:
o Greater than 3 MW but less than or equal to 5 MW
o Examples: Manufacturing, mining, quarrying, oil/gas extraction, greenhouse, refrigerated warehousing and data processing
• More than 5 MW
o All sectors automatically qualify
How Rodan Energy can help you save money:
The financial benefits of curtailing electricity usage during peak hours are significant enough to outweigh the impact that disruptions can have on operations. Many Class A facility managers across the province are taking advantage of the ICI in order to save on their GA costs. The challenge, however, is predicting when the top five peaks will happen.
Costs of GA rising:
Ontario is continuing to build more green energy projects (since 2003 more than $21 billion has been invested in cleaner generation) under long-term (20-40 year) contracts. Together with fixed priced contracts and more conservation initiatives planned, these expenses will continue to be funded through increased GA tariffs.
Global Adjustment Predictive Tool:
Our predictive software analyzes your energy consumption data and alerts your facility to reduce energy usage during the five coincident peaks to significantly reduce your facility’s GA costs. We will apply our sophisticated technology, market intelligence, and unparalleled industry expertise to predict peaks and notify your business when to dial down your operations. Leave the peak-chasing to the experts.
Here’s how the process works:
• Peak production plan
o Rodan’s specialists work with you to develop a peak reduction plan (electricity reduction or back-up power systems).
• Notification
o Our NOC issues peak reduction advisories and notifications, as well as expert care and support throughout the activation.
• M&V
o For this optional service, we measure and verify your performance, ensuring savings are properly reflected on your electricity bill.
Find out how much you can save on your GA costs. Develop a peak reduction plan with our energy managers.
All organizations depend on their people to make sound business decisions based on reliable information. For an organization to be truly effective in the management of energy all those so tasked must have ongoing and timely access to a singular, comprehensive source of quality energy flow information.
FOR COMMERCIAL AND INDUSTRIAL POWER USERS:
Rodan provides transmission direct-connected and large industrial-sector power users with the critical services that are vital to meet measurement standards and grid requirements for the financial settlement at their point of interconnection with the transmission grid. Additional services are available to enable organizations to manage their internal energy consumption and settlement functions.
Examples: downstream oil and gas processing facilities, pulp and paper mills, steel foundries and more.
FOR POWER PRODUCERS:
Rodan provides electrical power producers with the services that they need in order to meet all of the standards and requirements for the measurement and management of electrical energy data, required for the financial settlement of their production – regardless of whether that production comes from a single wind turbines, large wind farms, biomass and waste heat recovery facilities, run-of-river hydro facility, industrial cogeneration facilities and or large utility coal-fired plants.
Examples: single wind turbines, large wind farm, biomass and waste heat recovery facilities, run-of-river hydro facility, industrial cogeneration facility, large utility coal-fired plants and more.
FOR UTILITIES
Rodan provides utilities and municipalities with the services that they need to meet all of the standards and requirements for the measurement and management of both continuously, cumulative and interval metering data required to support both their load and financial settlement functions.
Examples: municipalities, transmission and distribution utilities, energy retailers, regulated agencies and more.
Lost power means lost revenue, and it could also mean irreparable damage to your company’s operations. Rodan Energy will determine the correct Power Reliability System (PRS) to protect your business from outages that cut into your bottom line.
Our Power Reliability program will protect your business from heavy losses as a result of shutdowns. Businesses located in remote areas are particularly at risk of brownouts from undependable electricity distribution.
Avoid Unexpected Disruptions and Damage to Sensitive Equipment.
We help assess power quality issues to avoid unplanned interruptions which can generate heavy losses for business with critical operations: loss of production, loss of services, dangerous shutdowns, expensive energy intensive restarts, and overall loss of revenue.
Anticipate Impending Power Availability Problems.
We provide sophisticated monitoring that enables predictive maintenance, harmonic measurement, and consumption follow-up. By tracking, alarming, and logging power quality analysis, we can help you anticipate impending availability problems. If an event occurs, the solution enables you to quickly troubleshoot the problem in order to get your processes back up and running quickly.
Mitigate Effects of Harmonic Disturbances.
Rodan Energy can assist you in optimizing your power infrastructure by installing equipment to mitigate the effects of disturbances. Some equipment generate voltage distortion or harmonics. Harmonic filtering reduces and eliminates the harmonics that stress the electrical network, causes outages, and potentially reduces equipment reliability and electrical device life span.
Reduce the Impact of Power Outages on Critical Operations.
Strategies involving maintaining or ensuring power to critical loads are essential to critical application continuity. They include critical power architectures based on relevant equipment (back up generation, uninterrupted power supplies and redundant systems). They can be designed and installed by our experienced specialists.
Solutions with a negligible or zero cost to your facility.
We understand that your business demands reliable, safe, and high-quality electric service. We are able to deliver this at a negligible or zero cost to you and with minimal impact to your operations, as we can often leverage revenue streams from government programs to defray the cost of power reliability solutions. Contact us to see if you qualify.
Don’t let grid downtime affect your business’ bottom line.
As Ontario’s largest demand response provider, we’re uniquely positioned to deliver turnkey solutions that cover engineering, procurement (capital costs), installation, environmental and regulatory requirements, on-going maintenance, and system operations.
We offer a turn-key, vendor-neutral solution designed to meet the specific multi-unit residential needs of utilities as well as building owners and managers.
Hire the metering experts:
As a leading North American metering services provider, Rodan Energy has experience metering for residential, multi-tenant, commercial, industrial and transmission connected power users, distributers, and producers. Installing sub-metering systems requires expertise, and we are in a position to deliver it.
Our services include:
• System Design and Engineering
• Hardware Procurement
• Project Management
• Installation and Commissioning
• End-to-end Testing
• Data Collection, Presentment, and Billing
• Inventory Management
• Measurement Canada SE-04 Installation Verification Services
Safety and quality first:
At Rodan Energy, safety and quality are our primary objectives. We are committed to maintaining our record of zero injuries and accidents through ongoing improvements to our safety processes. Continuous training of our metering technicians, electricians and engineers is key to maintaining the highest level of quality in our services and systems.
ENERGENT EM
Understanding when you are using energy is the first step in really understanding your location’s energy profile. Energent’s Energy Monitoring software makes this easy!
ENERGENT ET
There are multiple factors that influence energy demand and consumption. We develop the mathematical models which accurately predict your facilities’ energy use.
ENERGENT GHG
Energy management is about sustainability and emissions reductions as much as it is about energy savings. Easily communicate and report on your Greenhouse Gas reductions.
ENERGENT PORTFOLIO MANAGER
Have the ability to manage a portfolio of buildings easily from one screen. Identify facilities that are your best performers or are outliers.
ENERGENT KIOSK
Build awareness throughout your organization by displaying your key sustainability metrics on a kiosk!
6110-Electrical Control Equipment
6120-Transformer - Distribution and Power Station
6150-Miscellaneous Electric Power and Distribution Equipment
6625-Electrical and Electronic Properties Measuring and Testing Instruments
AG00-Energy
H100-Quality Control Services
H300-Inspection Services (incl. commercial testing and Laboratory Services, Except Medical/Dental)
H900-Other Quality Control, Testing, and Inspection Services
J000-Maintenance, Repair, Modification, Rebuilding and Installation of Goods/Equipment
N000-Installation of Equipment
R004-Certifications and Accreditations for products and institutions other than Educatonal Institutions
R008-Engineering and Technical Services (incl. Mechanical, Electrical, Chemical, Electronic Engineering)
R019-Other Professional Services
Sector information
Key / Major clients:
SuncorBruce Power
PowerStream
Northland Power
Third-Party Information Liability Disclaimer
Some of the information on this Web page has been provided by external sources. The Government of Canada is not responsible for the accuracy, reliability or currency of the information supplied by external sources. Users wishing to rely upon this information should consult directly with the source of the information. Content provided by external sources is not subject to official languages, privacy and accessibility requirements.
Contacts
Contact information
Description
Company description
Products, services and licensing
Product / Service / Licensing
Contact our customer service representatives to add water, gas and other commodities to your enerVu platform.
Ontario’s largest independent Metering Service Provider (MSP), which is why over 60 utilities and ISOs throughout North America trust the expertise of Rodan Energy to install and service this critical system.
FOR UTILITIES:
• Transformer and line loss calculations
• Meter Verification: S-S-06 compliance programs, auditing and x-phase testing
A few representative clients:
• Enersource Hydro Mississauga
• Hydro One Brampton
• London Hydro
• Newmarket Hydro
FOR POWER PRODUCERS:
As one of the only metering service providers experienced and certified for nuclear, fossil, hydro-electric, solar, wind, biomass, and flywheel generation, you can be assured that we can cater to your unique needs. We manage metering assets and energy information systems for 40+ power producers in North America.
• Our comprehensive shadow settlement service ensures that you are getting paid correctly each month for the electricity you generate. Our Network Operations Centre (NOC) will monitor your generation output and compare it to your statement to uncover any inaccuracies in the application of meter data. It is not uncommon to find errors. Let us help you ensure you are paid correctly.
• If you have recently signed a Power Purchase Agreement (PPA) with the IESO (formerly OPA), we can assist with completing your metering plan.
A few representative clients:
• Ontario Power Generation
• Bruce Nuclear Power Plant
• TransAlta Generation
• York Energy Centre
• Portlands Energy Centre
FOR ENERGY USERS:
Whether you’re a large industrial customer or a commercial organization directly, we can provide a broad scope of energy metering and monitoring solutions to help you increase efficiency, reduce costs and plan for the future. We serve over 200 large commercial, industrial and institutional customers.
• Shadow settlement
• Suite and sub-metering solutions
A few representative clients:
• Shell Petro Chemicals
• Suncor Energy Products Inc.
• Gerdau AmeriSteel
• Nova Chemicals
• GTAA
Our service offerings include:
• Retail Metering Services: Meter Verification: S-S-06 compliance programs, auditing and x-phase testing
• Settlement Verification and Audits: Energy Transfers: Accounting for non-metered energy transfers
• Meter System Maintenance and Repairs
• Meter Data Management
• Design, Procurement, Assembly, Site-Installation and Commissioning
• IESO Wholesale Revenue Metering – Facility Registration and MSP Services
• Complex Settlement Solutions
• Metering Plans for Power Purchase Agreements
An effective solution for the grid and for businesses
DR has had a significant impact on Ontario’s electricity system as a resource to reduce demand peaks. High demand puts pressure on the electricity grid, and outages can occur when demand exceeds available supply. DR helps to stabilize this balance, minimizing the need to activate expensive fossil fuel generators that pollute the environment and spike electricity prices.
Demand Response can be easily implemented without having an impact on production processes. We enable a diverse range of energy consumers to participate in DR programs. If your facility is a manufacturing plant, data center, retail store, distribution center, commercial building, municipal water treatment plant or pumping station, you’re likely eligible.
Our energy managers can develop a competitive Demand Response strategy for your facility at no cost to you and with no capital investment.
• Connection Impact Assessments
• Protection & Control Services
• Asset Management & Condition Assessments
• Transformer & Line Loss Calculations
• Distribution System Optimization
• Regulatory & Market Support Services
• GIS Services
• Remote Monitoring & SCADA Solutions
• Project Feasibility Studies
For large electricity users, global adjustment (GA) is a charge on your monthly electricity bill used to fund various energy infrastructure programs in Ontario. This GA tariff is forecasted to continue increasing as Ontario develops more renewable power and conservation projects. It is critical to begin implementing strategies to reduce your GA – it could mean saving your facility hundreds of thousands of dollars.
What is the Industrial Conservation Initiative?
Businesses that participate in the Industrial Conservation Initiative (ICI) are those that qualify as IESO Class A consumers. These businesses pay GA based on their electricity consumption during the top five peak demands in a 12-month period. Those who can reduce their grid consumption either by electricity curtailment or by switching to on-site generators during a peak can significantly reduce their GA costs.
Does your facility qualify as Class A?
• Average hourly peak demand:
o Greater than 3 MW but less than or equal to 5 MW
o Examples: Manufacturing, mining, quarrying, oil/gas extraction, greenhouse, refrigerated warehousing and data processing
• More than 5 MW
o All sectors automatically qualify
How Rodan Energy can help you save money:
The financial benefits of curtailing electricity usage during peak hours are significant enough to outweigh the impact that disruptions can have on operations. Many Class A facility managers across the province are taking advantage of the ICI in order to save on their GA costs. The challenge, however, is predicting when the top five peaks will happen.
Costs of GA rising:
Ontario is continuing to build more green energy projects (since 2003 more than $21 billion has been invested in cleaner generation) under long-term (20-40 year) contracts. Together with fixed priced contracts and more conservation initiatives planned, these expenses will continue to be funded through increased GA tariffs.
Global Adjustment Predictive Tool:
Our predictive software analyzes your energy consumption data and alerts your facility to reduce energy usage during the five coincident peaks to significantly reduce your facility’s GA costs. We will apply our sophisticated technology, market intelligence, and unparalleled industry expertise to predict peaks and notify your business when to dial down your operations. Leave the peak-chasing to the experts.
Here’s how the process works:
• Peak production plan
o Rodan’s specialists work with you to develop a peak reduction plan (electricity reduction or back-up power systems).
• Notification
o Our NOC issues peak reduction advisories and notifications, as well as expert care and support throughout the activation.
• M&V
o For this optional service, we measure and verify your performance, ensuring savings are properly reflected on your electricity bill.
Find out how much you can save on your GA costs. Develop a peak reduction plan with our energy managers.
All organizations depend on their people to make sound business decisions based on reliable information. For an organization to be truly effective in the management of energy all those so tasked must have ongoing and timely access to a singular, comprehensive source of quality energy flow information.
FOR COMMERCIAL AND INDUSTRIAL POWER USERS:
Rodan provides transmission direct-connected and large industrial-sector power users with the critical services that are vital to meet measurement standards and grid requirements for the financial settlement at their point of interconnection with the transmission grid. Additional services are available to enable organizations to manage their internal energy consumption and settlement functions.
Examples: downstream oil and gas processing facilities, pulp and paper mills, steel foundries and more.
FOR POWER PRODUCERS:
Rodan provides electrical power producers with the services that they need in order to meet all of the standards and requirements for the measurement and management of electrical energy data, required for the financial settlement of their production – regardless of whether that production comes from a single wind turbines, large wind farms, biomass and waste heat recovery facilities, run-of-river hydro facility, industrial cogeneration facilities and or large utility coal-fired plants.
Examples: single wind turbines, large wind farm, biomass and waste heat recovery facilities, run-of-river hydro facility, industrial cogeneration facility, large utility coal-fired plants and more.
FOR UTILITIES
Rodan provides utilities and municipalities with the services that they need to meet all of the standards and requirements for the measurement and management of both continuously, cumulative and interval metering data required to support both their load and financial settlement functions.
Examples: municipalities, transmission and distribution utilities, energy retailers, regulated agencies and more.
Lost power means lost revenue, and it could also mean irreparable damage to your company’s operations. Rodan Energy will determine the correct Power Reliability System (PRS) to protect your business from outages that cut into your bottom line.
Our Power Reliability program will protect your business from heavy losses as a result of shutdowns. Businesses located in remote areas are particularly at risk of brownouts from undependable electricity distribution.
Avoid Unexpected Disruptions and Damage to Sensitive Equipment.
We help assess power quality issues to avoid unplanned interruptions which can generate heavy losses for business with critical operations: loss of production, loss of services, dangerous shutdowns, expensive energy intensive restarts, and overall loss of revenue.
Anticipate Impending Power Availability Problems.
We provide sophisticated monitoring that enables predictive maintenance, harmonic measurement, and consumption follow-up. By tracking, alarming, and logging power quality analysis, we can help you anticipate impending availability problems. If an event occurs, the solution enables you to quickly troubleshoot the problem in order to get your processes back up and running quickly.
Mitigate Effects of Harmonic Disturbances.
Rodan Energy can assist you in optimizing your power infrastructure by installing equipment to mitigate the effects of disturbances. Some equipment generate voltage distortion or harmonics. Harmonic filtering reduces and eliminates the harmonics that stress the electrical network, causes outages, and potentially reduces equipment reliability and electrical device life span.
Reduce the Impact of Power Outages on Critical Operations.
Strategies involving maintaining or ensuring power to critical loads are essential to critical application continuity. They include critical power architectures based on relevant equipment (back up generation, uninterrupted power supplies and redundant systems). They can be designed and installed by our experienced specialists.
Solutions with a negligible or zero cost to your facility.
We understand that your business demands reliable, safe, and high-quality electric service. We are able to deliver this at a negligible or zero cost to you and with minimal impact to your operations, as we can often leverage revenue streams from government programs to defray the cost of power reliability solutions. Contact us to see if you qualify.
Don’t let grid downtime affect your business’ bottom line.
As Ontario’s largest demand response provider, we’re uniquely positioned to deliver turnkey solutions that cover engineering, procurement (capital costs), installation, environmental and regulatory requirements, on-going maintenance, and system operations.
We offer a turn-key, vendor-neutral solution designed to meet the specific multi-unit residential needs of utilities as well as building owners and managers.
Hire the metering experts:
As a leading North American metering services provider, Rodan Energy has experience metering for residential, multi-tenant, commercial, industrial and transmission connected power users, distributers, and producers. Installing sub-metering systems requires expertise, and we are in a position to deliver it.
Our services include:
• System Design and Engineering
• Hardware Procurement
• Project Management
• Installation and Commissioning
• End-to-end Testing
• Data Collection, Presentment, and Billing
• Inventory Management
• Measurement Canada SE-04 Installation Verification Services
Safety and quality first:
At Rodan Energy, safety and quality are our primary objectives. We are committed to maintaining our record of zero injuries and accidents through ongoing improvements to our safety processes. Continuous training of our metering technicians, electricians and engineers is key to maintaining the highest level of quality in our services and systems.
ENERGENT EM
Understanding when you are using energy is the first step in really understanding your location’s energy profile. Energent’s Energy Monitoring software makes this easy!
ENERGENT ET
There are multiple factors that influence energy demand and consumption. We develop the mathematical models which accurately predict your facilities’ energy use.
ENERGENT GHG
Energy management is about sustainability and emissions reductions as much as it is about energy savings. Easily communicate and report on your Greenhouse Gas reductions.
ENERGENT PORTFOLIO MANAGER
Have the ability to manage a portfolio of buildings easily from one screen. Identify facilities that are your best performers or are outliers.
ENERGENT KIOSK
Build awareness throughout your organization by displaying your key sustainability metrics on a kiosk!
6110-Electrical Control Equipment
6120-Transformer - Distribution and Power Station
6150-Miscellaneous Electric Power and Distribution Equipment
6625-Electrical and Electronic Properties Measuring and Testing Instruments
AG00-Energy
H100-Quality Control Services
H300-Inspection Services (incl. commercial testing and Laboratory Services, Except Medical/Dental)
H900-Other Quality Control, Testing, and Inspection Services
J000-Maintenance, Repair, Modification, Rebuilding and Installation of Goods/Equipment
N000-Installation of Equipment
R004-Certifications and Accreditations for products and institutions other than Educatonal Institutions
R008-Engineering and Technical Services (incl. Mechanical, Electrical, Chemical, Electronic Engineering)
R019-Other Professional Services
Sector
Sector information
Key / Major clients:
SuncorBruce Power
PowerStream
Northland Power


Menu
Home
Saved Items
Send Feedback
About Us
109 likes
Comments:
The Best product ever
It's my favorite
I love it 10/10
Comments:
The Best product ever
It's my favorite
I love it 10/10


| Assistance in complying with the country’s labour legislations | Assistance on procedure for retrenchment and lay off |
| Advice on Industrial Relations | Representation in CMAC and Industrial Court |
| Advice on day to day personnel management | Conducting Training for Management & Staff Members on Industrial matters, grievance procedure, disciplinary procedure among others |
| Drafting of Employment contracts/terms & conditions of service | Quick execution of CMAC Default Judgment |
| Drafting safety policy & HIV/AIDS Policy | Labour Brokering |
| Drafting of Human Resources management procedures and policies (disciplinary procedure, grievance procedure, Industrial Relations policies etc) | Recruitment and Selection of candidates |
| Negotiations with unions/works council | Payroll and Advice slips |
| Statutory Audits | Accounting and Taxex |
| Calculations of Terminal Benefits | Application for trading licence |
| Immigration Services Assistance (Work permits, Residence permits, VISA applications) | |


Victoria's Secret Officially Canceled its Annual Show
Luxury lingerie company Victoria's Secret has canceled its annual show because of a slump in television ratings and increasing criticism of it, the BBC reported.
The lavish show was first introduced in 1995 and became a major phenomenon in pop culture, attracting millions of viewers. Last year, however, it garnered the lowest ratings in its history, and its reviews were that it was sexist, old-fashioned and lacking heterogeneity.
The parent company L Brands said it was important for the marketing strategy to evolve.
“We will be communicating to customers, but nothing similar in magnitude to the fashion show,”
"We're figuring how to advance the positioning of the brand and best communicate that to customers," Burgdoerfer said on a call with analysts Thursday.
The most famous supermodels in the world took part in the annual Victoria's Secret show.
It was the impetus for many of them, such as Tyra Banks, Heidi Klum, Miranda Kerr.