Namespace DBaddin
Classes
AboutBox
About box: used to provide information about version/buildtime and links for local help and project homepage
AddInEvents
AddIn Connection class, also handling Events from Excel (Open, Close, Activate)
AdHocSQL
ConfigFiles
procedures used for loading config files (containing DBFunctions and general sheet content) and building the config menu
ContainedStatusMsg
Provides a data structure for transporting information back from the calculation action procedure to the calling function
CustomCommandBuilder
CustomOdbcCommandBuilder
Custom Command builder for ODBC to avoid primary key problems with builtin ones derived (transposed into VB.NET) from https://www.cogin.com/articles/CustomCommandBuilder.php Copyright by Dejan Grujic 2004. http://www.cogin.com
CustomOleDbCommandBuilder
Custom Command builder for OleDB to avoid primary key problems with builtin ones derived (transposed into VB.NET) from https://www.cogin.com/articles/CustomCommandBuilder.php Copyright by Dejan Grujic 2004. http://www.cogin.com
CustomSqlCommandBuilder
Custom Command builder for SQLServer to avoid primary key problems with builtin ones derived (transposed into VB.NET) from https://www.cogin.com/articles/CustomCommandBuilder.php Copyright by Dejan Grujic 2004. http://www.cogin.com
DBAction
DBActions are used to issue DML commands defined in Cells against the database
DBConnHelper
Helper Class for DBSheetCreateForm and AdHocSQL
DBMapper
DBMappers are used to store a range of data in Excel to the database. A special type of DBMapper is the CUD DBMapper for realizing the former DBSheets
DBModif
Abstraction of a DB Modification Object (concrete classes DBMapper, DBAction or DBSeqnce)
DBModifCreate
Dialog for creating DB Modifier configurations
DBModifs
global helper functions for DBModifiers
DBSeqnce
DBSequences are used to group DBMappers and DBActions and run them in sequence together with refreshing DBFunctions and executing them in transaction brackets
DBSheetConfig
Helper module for easier manipulation of DBSheet definition
DBSheetCreateForm
Form for defining/creating DBSheet definitions
DBSheetDefRow
DataRow Class for DBSheetDefTable
DBSheetDefTable
DataTable Class for filling DBSheetCols DataGridView
EditDBModifDef
Dialog used to display and edit the CustomXMLPart utilized for storing the DBModif definitions, and the the three parts of DBAddin settings (Addin level, user and central)
Functions
Contains the public callable DB functions and helper functions
Globals
Global variables and functions for DB Addin
MenuHandler
handles all Menu related aspects (context menu for building/refreshing, "DBAddin"/"Load Config" tree menu for retrieving stored configuration files, etc.)


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In order to demonstrate the support of Code-First by Eclipse MicroProfile,
the MicroProfile Starter Page can be visited.
After selecting MicroProfile Version 4.0, Wildfly Runtime, and at least
check OpenAPI, you can download a project skeleton as zipped archive.
The downloaded project skeleton comes with some sample resources already.
Here for example parts of the JAX/RS resource class:
import org.eclipse.microprofile.openapi.annotations.OpenAPIDefinition;
import org.eclipse.microprofile.openapi.annotations.info.Info;
import org.eclipse.microprofile.openapi.annotations.media.Content;
import org.eclipse.microprofile.openapi.annotations.media.Schema;
import org.eclipse.microprofile.openapi.annotations.responses.APIResponse;
import org.eclipse.microprofile.openapi.annotations.responses.APIResponses;
@Path("/booking")
@ApplicationScoped
@OpenAPIDefinition(info = @Info(title = "Booking endpoint", version = "1.0"))
public class BookingController {
@APIResponses(value = {
@APIResponse(
responseCode = "200",
description = "Booking for id",
content = @Content(
mediaType = MediaType.APPLICATION_JSON,
schema = @Schema(ref = "Booking")
)
),
@APIResponse(
responseCode = "404",
description = "No booking found for the id.")
})
@GET
@Produces(MediaType.APPLICATION_JSON)
@Path("{bookingId}")
public Response getBooking(@PathParam("bookingId") String bookingId) {
...
}
}
In addition to the JAX/RS Java code, the annotations of the MicroProfile
OpenAPI package describe the REST API in more detail. The referenced
REST resource is also included in the sample code:
import org.eclipse.microprofile.openapi.annotations.media.Schema;
@Schema(name="Booking")
public class Booking {
@Schema(required = true, description = "Booking id")
private String id;
@Schema(required = true, description = "Description of the destination")
private Destination destination;
...
}
Without any further coding the sample project can be built and started with
-
unzip downloaded archive
-
change working directory of shell to the project root
-
build the sample project with mvn clean package
-
start the application with java -jar target/code-first-api-bootable.jar
(given you named the project code-first-api
)
The application offers an /openapi
endpoint, which can be requested
as follows:
$ curl localhost:8080/openapi
---
openapi: 3.0.3
info:
title: ROOT.war
version: "1.0"
servers:
- url: /
paths:
/booking/{bookingId}:
get:
parameters:
- name: bookingId
in: path
required: true
schema:
type: string
responses:
"200":
description: Booking for id
content:
application/json:
schema:
$ref: '#/components/schemas/Booking'
"404":
description: No booking found for the id.
/hello:
get:
responses:
"200":
description: OK
content:
'*/*':
schema:
type: string
components:
schemas:
Booking:
required:
- id
- destination
type: object
properties:
id:
description: Booking id
type: string
destination:
allOf:
- $ref: '#/components/schemas/Destination'
- description: Description of the destination
Destination:
type: object
properties:
country:
type: string
city:
type: string
Do you recognize the definitions from the sample code? Beside the
introspected JAX/RS definitions, the annotation values have also been
collected and assembled into a standard OpenAPI specification.


Problem Statement
- A common way of measuring image similarity is to embed them into feature spaces where distance acts as a proxy for similarity.
- But this feature space can capture one (or a weighted combination) of the many possible notions of similarity.
- What if contracting notions of similarity could be captured at the same time - in terms of semantically distinct subspaces.
- The paper proposes a new architecture called as Conditional Similarity Networks (CSNs) which learns a disentangled embedding such that the features, for different notions of similarity, are encoded into separate dimensions.
- It jointly learns masks (or feature extractors) that select and reweights relevant dimensions to induce a subspace that encodes a specific notion of similarity.
- Link to the paper
Conditional Similarity Networks
- Given an image, x, learn a non-linear feature embedding f(x) such that for any 2 images x1 and x2, the euclidean distance between f(x1) and f(x2) reflects their similarity.
Conditional Similarity Triplets
- Given a triplet of images (x1, x2, x3) and a condition c (the notion of similarity), an oracle (say crowd) is used to determmine if x1 is more similar to x2 or x3 as per the given criteria c.
- In general, for images i, j, l, the triplet t is ordered {i, j, l | c} if i is more similar to j than l.
Learning From Triplets
- Define a loss function LT() to model the similarity structure over the triplets.
- LT(i, j, l) = max{0, D(i, j) - D(i, l) + h} where D is the euclidean distance function and h is the similarity scalar margin to prevent trivial solutions.
- To model conditional similarities, masks m are defined as m = σ(β) where σ is the RELU unit and β is a set of parameters to be learnt.
- mc denotes the selection of the c-th mask column from feature vector. It thus acts as an element-wise gating function which selects the relevant dimensions of the embedding to attend to a particular similarity concept.
- The euclidean function D now computes the masked distance (f(i, c)mc) between the two given images.
- Two regularising terms are also added - L2 norm for D and L1 norm for m.
Experiments
Datasets
- Fonts dataset by Bernhardsson
- 3.1 million 64 by 64-pixel grey scale images.
- Zappos50k shoe dataset
- Contains 50,000 images of individual richly annotated shoes.
- Characteristics of interest:
- Type of the shoes (i.e., shoes, boots, sandals or slippers)
- Suggested gender of the shoes (i.e., for women, men, girls or boys)
- Height of the shoes’ heels (0 to 5 inches)
- Closing mechanism of the shoes (buckle, pull on, slip on, hook and loop or laced up)
Models
- Initial model for the experiments is a ConvNet pre-trained on ImageNet
- Standard Triplet Network
- Learn from all available triplets jointly as if they have the same notion of similarity.
- Set of Task Specific Triplet Networks
- Train n separate triplet networks such that each is trained on a single notion of similarity.
- Needs far more parameters and compute.
- Conditional Similarity Networks - fixed disjoint masks
- In this version, only the convolutional filters and the embedding is learnt and masks are predefined to be disjoint.
- Aims to learn a fully disjoint embedding.
- Conditional Similarity Networks - learned masks
- Learns all the components - conv filters, embedding and the masks.
- Refer paper for details on hyperparameters.
Results
- Visual exploration of the learned subspaces (t-sne visualisation) show that network successfully disentangles different features in the embedded vector space.
- The learned masks are very sparse and share dimensions. This shows that CSNs may learn to only use the required number of dimensions thereby doing away with the need of picking the right size of embedding.
- Order of performance:
- CSNs with learned masks > CSNs with fixed masks > Task-specific networks > standard triplet network.
- Though CSNs with learned masks require more training data.
- CSNs also outperform Standard Triplet Network when used as off the shelf features for (brand) classification task and is very close to the performance of ResNet trained on ImageNet.
- This shows that while CSN retained most of the information in the original network, the training mechanism of Standard Triplet Network hurts the underlying conv features and their generalising capability


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Reports any calls to
notify()
or
notifyAll()
on an object of class
java.util.concurrent.locks.Condition()
. It is almost certain that
signal()
or
signalAll()
was intended instead.
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§89-5.1 Hearing notice. Notwithstanding section 91-9.5, in any hearing conducted by the board, all parties shall be given written notice of the hearing by first class mail or by electronic service through a company designated by the board at least fifteen days before the scheduled date of the hearing. [L 2013, c 98, §1; am L 2014, c 8, §2]


London’s ‘The Woman in Black’ Stage Play is Returning to NY Next Year
by John SquiresLong before Daniel Radcliffe starred in 2012’s adaptation of Susan Hill’s 1983 horror novel The Woman in Black, and even before the novel was first adapted for the screen decades prior in 1989, Stephen Mallatratt turned the story into a stage play in the United Kingdom, which has become (via Wikipedia) “the second longest-running play in the history of the West End.”
A staple in London, the play is returning to New York next year, Deadline reports.
“An eight-week run of London’s endurable ghost play will begin previews January 8, with an official opening on January 23.”
This will be the first time The Woman in Black has made her way to New York since 2001, and she’ll be taking over The McKittrick Hotel’s Club Car on 530 West 27th Street.
Deadline notes, “The Woman in Black tells the story of a young lawyer who stumbles upon a small town with a grave secret. This staging will “weave” among and around the audience.”


ANTZ ** (out of four) -a review by Bill Chambers<EMAIL_ADDRESS>(Toronto Film Festival Coverage! Trivia! Screen and DVD reviews! Lots of other forgettable crap! FILM FREAK CENTRAL http://www.geocities.com/~billchambers/ Enjoy!)
ztarring the voicez of Woody Allen, Zharon Ztone, Gene Hackman, Zylvezter Ztallone zcreenplay by Todd Alcott and Chris Weitz directed by Eric Darnell and Tim Johnzon
Darnell, Johnson, Dan Aykroyd, Jane Curtin, Danny Glover, Jennifer Lopez, and Christopher Walken file into the sweaty, crowded Tudor Room of Toronto's Four Seasons to discuss the Dreamworks/PDI production ANTZ, a computer-generated movie that took two-and-a-half years to complete. ANTZ will beat the not dissimilar Disney/Pixar project A Bug's Life to screens by a month-that's why Jeffrey Katzenberg-Michael Eisner's spurned (business) lover, and the K in Dreamworks SKG-is there, tucked between some cameras and journalists: he's gloating. Should he be?
This is the first time this partial cast has been together; most of their dialogue was recorded separately. All were cast on the basis of their reputations. Said Darnell: "No auditions for these guys." A discussion of the liberties afforded by voice acting goes something like this:
Curtin: "No facade."
Aykroyd: "No worries about weight loss."
Walken: "The animators kind of duplicate your body language."
Lopez: "I found it hard!... [I prefer] to use my whole body!"
Aykroyd (who plays a wasp): "They got the length of my stinger too short." (Laughs.)
Woody Allen was cast very early on, which meant "we could really write for him and stage for him," said Darnell. Perhaps it's no surprise that Woody Allen's ‘performance' is the best thing about ANTZ; the movie begins with his character, "Z", kvetching on a psychiatrist's couch about such insect dilemmas as being the middle child of two-and-a-half-million siblings. Z knows there is something more to life than burrowing through dirt tunnels. It's Deconstructing Harry for the lunchbox set.
Z, a worker ant, embarks on a journal of self-discovery: having fallen in love with an ant princess (Stone), Z disguises himself as a soldier at war, just to see her again. (Huh?) Thanks in large part to his cowardice, Z is the only survivor of the Starship Troopers-like termite battle that transpires. Lionized by his peers, Z's true identity is discovered by the mean general (Hackman); Z subsequently takes the princess hostage and heads for the hills. Together, Z and his reluctant guest search for the mythical "Insectopia", with pursuers not far behind.
ANTZ' biggest problem is its lack of focus: one minute it's about a war, the next about Insectopia, the next about the general's dastardly plot against the entire ant colony. Z is looking for something "better", and without giving too much away, he basically finds it halfway through the film...yet the proceedings continue. Hackman's villain is uninspired and, frankly, two-dimensional, like some reject from Dreamworks' other military-themed cartoon Small Soldiers. The whole film is a bit too mean-spirited, also. (With the words like "damn" and "hell" liberally tossed around by the ANTZ characters, I should be pleased as punch-it's the lack of humour with which these curses are delivered that I found startling.) Also, even in animated-insect form, the romance that blossoms between Woody and Sharon is highly suspect.
What about the look of the film? Some scenes in ANTZ are gorgeous, like the tidal wave, or the establishing scenes of the colony. Others play out in dull shot-reverse-shot, like the non-interactive sequences of a CD-ROM game. I wasn't keen on Z's appearance-while other ants resembled their human counterparts (Walken and Glover especially), PDI has toiled to make Z look as un-Woody as possible. The result is an aesthetically unappealing creation that might feel physically mismatched with any actor's voice. (And why is it the characters are expressionistic while the backgrounds are super-realistic?)
When confronted about the competing A Bug's Life at the ANTZ press conference, Aykroyd did some of the talking: "Different story. Lotta heart in this one." Lotta? No. Some? Sure. Ultimately, it is difficult to mine warmth from a story about an ant colony; worse, the only real guffaws come from Allen doing Allen. (Cheap, cheap laughs.) ANTZ feels computer-generated in every way.
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


|
Simbody
3.6
|
This is a bidirectional iterator suitable for moving forward or backward within a list of Element nodes, for writable access. More...
Public Member Functions | |
| element_iterator (const String &tag="") | |
| This is the default constructor which leaves the element_iterator empty, and you can optionally set the type of Element which will be iterated over. More... | |
| element_iterator (Element &elt, const String &tag="") | |
| Constructor an element_iterator pointing to a given Element, and optionally set the type of Element which will be iterated over. More... | |
| element_iterator (const element_iterator &src) | |
| Copy constructor takes an element_iterator that can be const, but that still allows writing to the Element. More... | |
| element_iterator & | operator= (const element_iterator &src) |
| Copy assignment takes an element_iterator that can be const, but that still allows writing to the Element. More... | |
| element_iterator & | operator++ () |
| element_iterator | operator++ (int) |
| element_iterator & | operator-- () |
| element_iterator | operator-- (int) |
| Element & | operator* () const |
| Element * | operator-> () const |
| bool | operator== (const element_iterator &other) const |
| bool | operator!= (const element_iterator &other) const |
| Public Member Functions inherited from SimTK::Xml::node_iterator | |
| node_iterator (NodeType allowed=AnyNodes) | |
| node_iterator (Node &node, NodeType allowed=AnyNodes) | |
| node_iterator (const node_iterator &src) | |
| Copy constructor takes a node_iterator that can be const, but that still allows writing to the Node. More... | |
| ~node_iterator () | |
| An iterator destructor never deletes the object to which it refers. More... | |
| node_iterator & | operator= (const node_iterator &src) |
| Copy assignment takes an node_iterator that can be const, but that still allows writing to the Node. More... | |
| node_iterator & | operator++ () |
| node_iterator | operator++ (int) |
| node_iterator & | operator-- () |
| node_iterator | operator-- (int) |
| Node & | operator* () |
| Node * | operator-> () |
| Node & | operator* () const |
| Node * | operator-> () const |
| bool | operator== (const node_iterator &other) const |
| bool | operator!= (const node_iterator &other) const |
Friends | |
| class | Element |
Additional Inherited Members | |
| Protected Member Functions inherited from SimTK::Xml::node_iterator | |
| node_iterator (TiXmlNode *tiNode, NodeType allowed=AnyNodes) | |
| void | reassign (TiXmlNode *tiNode) |
This is a bidirectional iterator suitable for moving forward or backward within a list of Element nodes, for writable access.
By default we will iterate over all elements in a list but you can restrict the element_iterator at construction to find only elements with a particular tag.
|
inlineexplicit |
This is the default constructor which leaves the element_iterator empty, and you can optionally set the type of Element which will be iterated over.
|
inlineexplicit |
Constructor an element_iterator pointing to a given Element, and optionally set the type of Element which will be iterated over.
|
inline |
Copy constructor takes an element_iterator that can be const, but that still allows writing to the Element.
|
inline |
Copy assignment takes an element_iterator that can be const, but that still allows writing to the Element.
| element_iterator& SimTK::Xml::element_iterator::operator++ | ( | ) |
| element_iterator SimTK::Xml::element_iterator::operator++ | ( | int | ) |
| element_iterator& SimTK::Xml::element_iterator::operator-- | ( | ) |
| element_iterator SimTK::Xml::element_iterator::operator-- | ( | int | ) |
|
inline |
|
inline |
|
inline |
|
inline |
|
friend |


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PS: Prices will be discussed on personal inquiry on potential participation at the resort.


BE INCURRED BY YOU, HOWEVER CAUSED AND UNDER ANY THEORY OF LIABILITY.


base package¶
Submodules¶
base.conditional_path_node module¶
Module with abstract pipeline class to specify interface needed for future pipelines
- Author(s):
Carl Anderson<EMAIL_ADDRESS>-
class
base.conditional_path_node.
AbstractConditionalPath
(configuration, instance_name)¶ Bases:
primrose.base.node.AbstractNode
A class that supports conditional pathing through the DAG. After running, prune() can provide a list of destination nodes, representing start of paths to prune. DAGRunner can then prune those nodes, and all paths downstream of those nodes, from the DAG
-
all_nodes_to_prune
()¶ What are all the nodes we should prune from the DAG?
Note
this call destinations_to_prune() and then uses the DAG to identify the complete subgraphs starting with those destinations
- Returns
set of all nodes to prune
-
abstract
destinations_to_prune
()¶ Which destinations, if any, should we prune from DAG?
- Returns
list of destinations nodes to prune from DAG, None otherwise
-
base.model module¶
Module with abstract model class to specify interface needed for future models
- Author(s):
Michael Skarlinski<EMAIL_ADDRESS>Carl Anderson<EMAIL_ADDRESS>-
class
base.model.
AbstractModel
(configuration, instance_name)¶ Bases:
primrose.base.node.AbstractNode
Model class should be able to train, evaluate or predict
-
abstract
eval_model
(data_object)¶ Evaluate a previously trained model performance using labeled data
Method should be able to load a serialized model if necessary (load_model method), or work from a model trained in-scope with the train_model method. This method should calculate and store some aspect of model error into attributes that are serialized with the save_model method
- Parameters
data_object (DataObject) – instance of DataObject
- Returns
instance of DataObject
- Return type
data_object (DataObject)
-
abstract static
necessary_config
(node_config)¶ Return a list of necessary configuration keys within the implementation
- Parameters
node_config (dict) – set of parameters / attributes for the node
Note
After adding this list, validation automatically occurs before instantiation in the pipeline factory.
- Returns
set of keys necessary to run implementation
-
abstract
predict
(data_object)¶ Make predictions using a pre-trained model on the features in the feature_df dataframe
Using a pre-trained model (either from an in-scope run of train_model or a call to the load_model method) this method should append predictions to each row of features in the input, feature_df. This method may also add feature importance columns, for importance analysis
- Parameters
data_object – DataObject instance
- Returns
tuple containing:
data_object (DataObject): instance of DataObject
terminate (bool): terminate the DAG?
- Return type
(tuple)
-
run
(data_object)¶ run the model
- Parameters
data_object (DataObject) – instance of DataObject
- Returns
instance of DataObject
- Return type
data_object (DataObject)
-
abstract
train_model
(data_object)¶ Train an internal model attribute, then save the trained model with the save_model method
Using the training features in feature_df (pandas dataframe object) and the target_variable (pandas series), cross-validation or other training scripts will happen in theis method, according to the parameters in parameters
- Parameters
data_object (DataObject) – instance of DataObject
- Returns
instance of DataObject
- Return type
data_object (DataObject)
-
abstract
base.node module¶
Top level notion of a node in the graph
- Author(s):
Carl Anderson<EMAIL_ADDRESS>-
class
base.node.
AbstractNode
(configuration, instance_name)¶ Bases:
abc.ABC
-
abstract static
necessary_config
(node_config)¶ Return a list of necessary configuration keys within the implementation
- Parameters
node_config (dict) – set of parameters / attributes for the node
After adding this list, validation automatically occurs before instantiation in the configuration
- Returns
set of keys necessary to run implementation
-
abstract
run
(data_object)¶ run the node. For a reader, that means read, for a writer that means write etc.
- Parameters
data_object (DataObject) – DataObject instance
- Returns
tuple containing:
data_object (DataObject): instance of DataObject
terminate (bool): terminate the DAG?
- Return type
(tuple)
-
abstract static
base.pipeline module¶
Module with abstract pipeline class to specify interface needed for future pipelines
- Author(s):
Michael Skarlinski<EMAIL_ADDRESS>Carl Anderson<EMAIL_ADDRESS>-
class
base.pipeline.
AbstractPipeline
(configuration, instance_name)¶ Bases:
primrose.base.node.AbstractNode
Pipeline class should have a defined pipeline that it executes and the ability to transform raw data
-
check_for_upstream_transformers
(data_object)¶ Examine the upstream data_object for any TransformerSequence
if not found, then initialize a new TransformerSequence
- Parameters
data_object (DataObject) – istance of DataObject
- Returns
TransformerSequence
-
execute_pipeline
(input_, mode)¶ Run a TransformerSequence of functions with chained input and output data
- Parameters
input (object) – input data (usually a pandas dataframe)
mode – enum object for fit, transform, or fit_transform
- Returns
transformed data (usually a pandas dataframe) after running through all functions in the pipeline
-
fit_transform
(data_object)¶ Clean/transform or filter data using a pipeline of functions
The method should also cache results and report on sizing for debugging. fit_transform must store the information necessary for data transformations on test data, so any encodings or model-based imputations must be cached in this method, to be called when the transform method is used.
- Parameters
data_object (DataObject) – DataObject instance
- Returns
DataObject instance
- Return type
data_object (DataObject)
-
init_pipeline
()¶ Initialize the pipeline if no pipeline object is found in the upstream data objects
- Returns
TransformerSequence
-
static
necessary_config
(node_config)¶ Return a list of necessary configuration keys within the implementation
- Parameters
node_config (dict) – set of parameters / attributes for the node
After adding this list, validation automatically occurs before instantiation in the pipeline factory.
- Returns
set of keys necessary to run implementation
-
run
(data_object)¶ Run pipeline on the data object
- Parameters
data_object (DataObject) – instance of DataObject
- Returns
tuple containing:
data_object (DataObject): instance of DataObject
terminate (bool): terminate the DAG?
- Return type
(tuple)
-
abstract
transform
(data_object)¶ Clean/transform or filter data using a pipeline of functions and any cached objects from fit_transform
The method should cache post-transform results and report on sizing for debugging. tranform uses the cached objects scored in the fit_tranform call to transform data. It’s likely to be used for live predictions or test (hold-out) data.
- Parameters
data_object (DataObject) – DataObject instance
- Returns
data_object (DataObject)
-
-
class
base.pipeline.
PipelineModeType
¶ Bases:
enum.Enum
Mode when performing the pipeline
Note
FIT = fit data to transformer object only TRANSFORM = transform data only from (previously) fit transformers in a pipeline FIT_TRANSFORM = fit data then transform data in a pipeline
-
FIT
= 'FIT'¶
-
FIT_TRANSFORM
= 'FIT_TRANSFORM'¶
-
TRANSFORM
= 'TRANSFORM'¶
-
names
= <function PipelineModeType.names>¶
-
values
= <function PipelineModeType.values>¶
-
base.postprocess module¶
Module with abstract postprocess class to specify interface needed for future postprocesses
- Author(s):
Michael Skarlinski<EMAIL_ADDRESS>Carl Anderson<EMAIL_ADDRESS>-
class
base.postprocess.
AbstractPostprocess
(configuration, instance_name)¶ Bases:
primrose.base.node.AbstractNode
Postprocess module which must have an postprocess method to send data to an external source
base.reader module¶
A module that reads something from somewhere
- Author(s):
Carl Anderson<EMAIL_ADDRESS>-
class
base.reader.
AbstractReader
(configuration, instance_name)¶ Bases:
primrose.base.node.AbstractNode
read some data from somewhere
base.search_engine module¶
Abstract base class that performs TFIDF on some corpus
- Author(s):
Carl Anderson<EMAIL_ADDRESS>-
class
base.search_engine.
AbstractSearchEngine
(configuration, instance_name)¶ Bases:
primrose.base.model.AbstractModel
an abstract search engine
-
cosine_similarity_matrix
()¶ compute the cosine similarities between all document pairs in the corpus
- Returns
square matrix of cosine similarities where index of matrix is index of corpus IDs
- Return type
matrix (numpy)
-
eval_model
(data_object)¶ evaluate the model
- Parameters
data_object (DataObject) – instance of DataObject
- Returns
instance of DataObject
- Return type
data_object (DataObject)
-
static
necessary_config
(node_config)¶ Return a list of necessary configuration keys for AbstractSearchEngine
- Parameters
node_config (dict) – set of parameters / attributes for the node
Note
id_key: key used in the corpus object for ids doc_key: key used in the corpus object for docs
- Returns
set of keys necessary to run AbstractSearchEngine
-
predict
(data_object)¶ make predictions from this corpus, meaning create cosine similarity matrix
- Parameters
data_object (DataObject) – instance of DataObject
- Returns
instance of DataObject
- Return type
data_object (DataObject)
-
abstract
tokenize
(s)¶ Given some string, tokenize it
- Parameters
s (str) – input string
- Returns
list of tokens
-
train_model
(data_object)¶ train the model which means run fit_transform on a TFIDF model
- Parameters
data_object (DataObject) – instance of DataObject
- Returns
instance of DataObject
- Return type
data_object (DataObject)
-
base.sql_reader module¶
Abstract reader that uses SQL
- Author(s):
Carl Anderson<EMAIL_ADDRESS>-
class
base.sql_reader.
AbstractSqlReader
(configuration, instance_name)¶ Bases:
primrose.base.reader.AbstractReader
A reader that explicitly reads from relational DB using SQL and is able to run pd.read_sql.
-
abstract
get_connection
()¶ return a database connection, one that is compatible with pd.read_sql
-
static
necessary_config
(node_config)¶ Return a list of necessary configuration keys within the implementation
- Parameters
node_config (dict) – set of parameters / attributes for the node
Note
After adding this list, validation automatically occurs before instantiation in the pipeline factory.
- Returns
set of keys necessary to run implementation
-
query_db
(query, conn)¶ Query the db using Bigquery logic if specified.
- Parameters
query (str) – SQL query string
conn (DB connection) – database connection
- Returns
dataframe
- Return type
dataframe (DataFrame)
-
run
(data_object)¶ run SQL queries into pandas dataframes
- Parameters
data_object (DataObject) – instance of DataObject
- Returns
tuple containing:
data_object (DataObject): instance of DataObject
terminate (bool): terminate the DAG?
- Return type
(tuple)
-
abstract
base.success module¶
Abstract base class for a clean up node, such as signalling success
- Author(s):
Michael Skarlinski<EMAIL_ADDRESS>Carl Anderson<EMAIL_ADDRESS>-
class
base.success.
AbstractSuccess
(configuration, instance_name)¶ Bases:
primrose.base.node.AbstractNode
Ability to cleanup, such as notify success
base.transformer module¶
Module with abstract transformer class to specify interface needed for transformers
- Author(s):
Michael Skarlinski<EMAIL_ADDRESS>Carl Anderson<EMAIL_ADDRESS>-
class
base.transformer.
AbstractTransformer
¶ Bases:
abc.ABC
Serializable object that can be string together within a pipeline
-
abstract
fit
(data)¶ User implements fit operation on a single data element from a data_object
- Parameters
data (object) – some data
- Returns
data
-
fit_transform
(data)¶ fit then transform data
- Parameters
data (object) – input data
- Returns
data, transformed
-
abstract
transform
(data)¶ User implements internal transform function which operates on a single data element from a data_object
- Parameters
data (object) – input data
- Returns
data, transformed
-
abstract
base.transformer_sequence module¶
a simple container for a list of transformers
- Author(s):
Carl Anderson<EMAIL_ADDRESS>-
class
base.transformer_sequence.
TransformerSequence
(sequence=[])¶ Bases:
object
A container for list of transformers
-
add
(transformer)¶ add a transformer to the sequence
- Returns
nothing. Side effect is to add transformer to the list
- Raises
Exception if transformer is not a transformer –
-
transformers
()¶ generate: yield each transformer
- Yields
yields a transformer from the list
-
base.writer module¶
A module that writes something somewhere
- Author(s):
Carl Anderson<EMAIL_ADDRESS>-
class
base.writer.
AbstractWriter
(configuration, instance_name)¶ Bases:
primrose.base.node.AbstractNode
write some data somewhere


public class DialogSwitch<T>
extends org.eclipse.emf.ecore.util.Switch<T>
doSwitch(object)
to invoke the caseXXX
method for each class of the model,
starting with the actual class of the object
and proceeding up the inheritance hierarchy
until a non-null result is returned,
which is the result of the switch.
DialogPackage
| Constructor and Description |
|---|
DialogSwitch()
Creates an instance of the switch.
|
| Modifier and Type | Method and Description |
|---|---|
T |
caseAnswerCMStatement(AnswerCMStatement object)
Returns the result of interpreting the object as an instance of 'Answer CM Statement'.
|
T |
caseBuildStatement(BuildStatement object)
Returns the result of interpreting the object as an instance of 'Build Statement'.
|
T |
caseExpressionScope(com.ge.research.sadl.sADL.ExpressionScope object)
Returns the result of interpreting the object as an instance of 'Expression Scope'.
|
T |
caseHowManyValuesStatement(HowManyValuesStatement object)
Returns the result of interpreting the object as an instance of 'How Many Values Statement'.
|
T |
caseModifiedAskStatement(ModifiedAskStatement object)
Returns the result of interpreting the object as an instance of 'Modified Ask Statement'.
|
T |
caseSadlModelElement(com.ge.research.sadl.sADL.SadlModelElement object)
Returns the result of interpreting the object as an instance of 'Sadl Model Element'.
|
T |
caseWhatIsStatement(WhatIsStatement object)
Returns the result of interpreting the object as an instance of 'What Is Statement'.
|
T |
caseWhatStatement(WhatStatement object)
Returns the result of interpreting the object as an instance of 'What Statement'.
|
T |
caseWhatValuesStatement(WhatValuesStatement object)
Returns the result of interpreting the object as an instance of 'What Values Statement'.
|
T |
caseWithWhenPart(WithWhenPart object)
Returns the result of interpreting the object as an instance of 'With When Part'.
|
T |
caseYesNoAnswerStatement(YesNoAnswerStatement object)
Returns the result of interpreting the object as an instance of 'Yes No Answer Statement'.
|
T |
defaultCase(org.eclipse.emf.ecore.EObject object)
Returns the result of interpreting the object as an instance of 'EObject'.
|
public T caseYesNoAnswerStatement(YesNoAnswerStatement object)
object
- the target of the switch.doSwitch(EObject)
public T caseBuildStatement(BuildStatement object)
object
- the target of the switch.doSwitch(EObject)
public T caseAnswerCMStatement(AnswerCMStatement object)
object
- the target of the switch.doSwitch(EObject)
public T caseWhatStatement(WhatStatement object)
object
- the target of the switch.doSwitch(EObject)
public T caseWhatIsStatement(WhatIsStatement object)
object
- the target of the switch.doSwitch(EObject)
public T caseWithWhenPart(WithWhenPart object)
object
- the target of the switch.doSwitch(EObject)
public T caseWhatValuesStatement(WhatValuesStatement object)
object
- the target of the switch.doSwitch(EObject)
public T caseHowManyValuesStatement(HowManyValuesStatement object)
object
- the target of the switch.doSwitch(EObject)
public T caseModifiedAskStatement(ModifiedAskStatement object)
object
- the target of the switch.doSwitch(EObject)
public T caseSadlModelElement(com.ge.research.sadl.sADL.SadlModelElement object)
object
- the target of the switch.doSwitch(EObject)
public T caseExpressionScope(com.ge.research.sadl.sADL.ExpressionScope object)
object
- the target of the switch.doSwitch(EObject)
public T defaultCase(org.eclipse.emf.ecore.EObject object)
defaultCase
in class org.eclipse.emf.ecore.util.Switch<T>
object
- the target of the switch.Switch.doSwitch(org.eclipse.emf.ecore.EObject)


| Answers | Action |
|---|---|
|
|
| Score from | Score to | Justification | Action |
|---|---|---|---|
|
|
|
|
| Subject | Justification | Action |
|---|---|---|
|
|
|


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.
hyperNet Inc.
Mailing Address:
1500-50 O'Connor StOTTAWA, Ontario
K1P 6L2
Location Address:
1500-50 O'Connor StOTTAWA, Ontario
K1P 6L2
Tel.:<PHONE_NUMBER>
Fax:<PHONE_NUMBER>
Logo
Company Profile
HyperNet has built a network of strategic alliances with a number of leading edge Internet-based companies. Through many of the current relationships that HyperNet has developed and continues to maintain, we are able to add value to the breadth of our online capabilities for our clients.
HyperNet has been a member of the Microsoft Developers Network since its inception. From the latest Site Server Technologies, Active Server Pages to MicroSoft's Visual Studio for content management, HyperNet offers a variety of compatible development platforms that keep your projects next generation and state-of-the-art. HyperNet is a recognized Beta site for testing numerous Microsoft software products and is well equipped with a team of Microsoft Certified Systems Engineers (MCSE) on staff.
HyperNet is a Value-Added Reseller (VAR) for INEX, the industry leader in Internet electronic commerce applications. INEX offers cost-effective, secure E-commerce storefronts tailored to meet your online needs.  As one of the leaders in developing custom templates for the INEX e-commerce packages, HyperNet can customize your solution to with a wide variety of features all designed to maximize your return from your investment.
MPACT Immedia allow for payment and order fulfilment software that simply plug in to HyperNet's online business E-commerce and E-trade frameworks contact HyperNet about how we can streamline all of your commercial payment and order processes.
For dynamic web page development, HyperNet uses Allaire's product, Cold Fusion. HyperNet is a recognized Beta test site for other Allaire products. As one of the first users in Canada to use Cold Fusion, we have amassed a gifted team of solution providers abreast in using the Allaire family of products.
Recent Awards:
Web-site Finalist, Photodisc International Imagery in Design Competition, 1999.
Full profile
Full profile
Contact information
Company description
Product / Service / Licensing
40 Web sites for our clients worldwide. We define our parameters
in the global context - that way, we always develop and market
our multimedia solutions and products to meet a wider range of
possibilities.
At HyperNet, we believe the solution should be as unique as the
organization that requires it. We turn your ideas into assets,
ensuring your business requirements synthesize to form a
complete communications solution that is customized for the
right audience ¡V whether it¡¦s your customers, suppliers,
competitors or the analyst community. Our goal is to help you
to streamline administration by centralizing access to strategic
information and improving overall business performance.
In applying the right mix of best-of-breed technologies and Web
tools software, we blend our expertise in online communication
with a touch of vision, strategy and purpose to establish a
relationship management model that serves all stakeholders.
By offering strategic planning and business consulting, we
assist our clients throughout the entire development process of
their online projects - from drafting the initial content right
through to testing the final changes. In addition, we provide
full coaching advice and conduct thorough site audits to support
our recommendations - all backed by the latest market and
technology research studies.
If you require maintenance and hosting for your site, we supply
year-round support for online marketing, advertising, technical
and promotional support necessary to help you reach your
business objectives. By generating dynamic usage reports, we
keep you abreast of your site's performance - ensuring success
in communicating your corporate message.
Mission:
¡§To refine simple knowledge management by applying our talents
in making corporate information flow. We draw from the Internet
to help our clients extend their communications capabilities,
always striving to redefine the market for Web-based
intelligence and management tools.¡¨
HyperNet web-based products and services include:
h Electronic commerce, supply and trade frameworks that improve
overall business performance.
h Web-based information management and workflow that sustain
operational efficiencies.
h Active Server Pages (ASPs), Cold Fusion & Web scripting that
keep development platforms flexible and state-of-the art.
h Intranets, Extranets and closed networks that protect remote
access to corporate information.
h Database integration from legacy systems to allow for
seamless
data connectivity online.
executive interest.
As an executive management tool, Orwell tracks and analyses
employee productivity, project lifecycle, workflow, security,
operations management, cashflows and expenses - all in real
time!
Orwell has built a strong business case, a software product that
has been five years in development and testing, with over ten
years of implementation for many of the component modules.
Orwell has been implemented in whole or in part in the following
industry sectors: Government; Telecommunications;
Manufacturing; Financial Services; Information Technology;
Corporate Services; Personnel Services; and Entertainment, to
name only a few.
Originally Orwell evolved from a track record of performance
built upon servicing HyperNet's internal business reporting
needs. In its entirety, Orwell has set a new standard for staff
and project accountability in operations management that are
unparalleled in the software industry.
Orwell has made significant contributions by reducing costs on
projects and associated overheads resulting in increased overall
operational profitability, management efficiency and production
throughput times. Global organizations across a wide range of
vertical markets have employed our software to maintain control
over their bottom-line efficiencies.
Orwell's remote access features allow for a distributed
application through a flexible web-based platform - ideal for
home-based workers, the automated workforce, travelling
executives and on-site consultants.
To find out how Orwell can support your fight to control costs
while increasing profits, please e-mail us at
<EMAIL_ADDRESS>integration for dynamically generated Web pages. Hypernet
specializes in customized information management solutions for
the Enterprise, Extranet, Internet or Intranet.
For additional information on how Hypernet can create secure
remote access to corporate information while protecting it from
unauthorized intruders, contact us at<EMAIL_ADDRESS>the free and secure exchange of intelligence, trade or
capital. Through our global partnering expertise, HyperNet
defines international crossroads that facilitate R&D, buying,
selling and marketing initiatives by establishing online
business alliances for our clients.
HyperNet extends the scope of opportunities that can be realized
through pursuing electronic trading environments online. Through
Dynamic Online Frameworks, HyperNet encourages business-to-
business opportunities that allow companies within North
America, Asia or Europe the freedom to merge, control and
exchange their electronic business processes with any company
within Canada that provides a strategic business or economic
advantage for their firm. The core objective is to emphasis a
secure environment for shared business objectives, planning, and
management tools among trading partners characterized by
electronic process interchange (EPI). For additional context,
please visit www.mncan.com or www.saeinterchange.com. as
reference material on the next generation of online procurement,
purchasing and partnering frameworks. These products were
produced in coordination with the Canadian Consulate General and
Aboriginal Business Canada respectively.
stocking shelves, automate your customer service and support, or
manage your ad campaign without an agency.
In helping you customize your own online storefront from the
design of the interactive product catalogue right up to the
pattern of the virtual wallpaper, HyperNet creates an
impressionable point of contact between your business and
consumers.
By focusing on Web-based commercial storefronts, HyperNets
E-Commerce Solutions provide online purchasing and inventory
fulfilment capabilities, allowing our clients to track their
customers orders while keeping tabs on their purchasing habits.
HyperNets Enterprise Solutions put you at the forefront of Web-
based buying, selling and partnering. We offer support through
all stages of the business process, including consumer
inquiries, registration, order placement, administration,
tracking and reporting. We can show you how your lines of
business can be enhanced through the use of a Web-based
platform. Our Enterprise Solutions are easily integrated with
your existing corporate communications tools such as phone, fax,
and e-mail all in a seamless manner.
To learn how you can tailor your business offerings and
communications to touch consumers in a way that before now just
wasn't possible, please contact us at
<EMAIL_ADDRESS>specific information management and marketing needs. By drafting
a multimedia solution for you, our designers establish how we
can help your business connect with the right presentation
format necessary to deliver a focused message - on target for
the intended audience.
With all the creative elements that compose the next generation
of corporate interaction, we create a platform that permits you
to effectively educate, sell, meet or play with different groups
from around the world.
By hosting over 40 Web sites for our clients worldwide, we have
learned to design, develop, implement and market our solutions
in the global context - as a result, our multimedia products
appeal to a wider range of creative possibilities.
voice transmission of business information and e-commerce
transactions.
D303-ADP Data Entry Services
D307-Automated Information System Design and Integration Services
D308-Programming Services
D309-Information and Data Broadcasting or Data Distribution Services
D310-ADP Backup and Security Services
D311-ADP Data Conversion Services
D316-Telecommunications Network Management Services
D317-Automated News Services, Data Services, or Other Information Services. Buying data (the electronic equivalent of books, periodicals, newspapers, etc.
Market profile
Alliances:
- Sales/Marketing
- Technology
Strategic alliances:
HyperNet is hoping to arrange a meeting to discuss onlinedevelopment synergies with complementary organizations.
If your focus is on interactive digital media and CD-ROM and
your organizational skill set complements rather than competes
with our own interactive design and development portfolio. We
are looking for ways to partner with firms that offer a
strategic competitive advantage in multimedia for future
collaborative sales and marketing opportunities.
Please contact me if you have any concerns or questions or to
schedule a time so that we may discuss ways to explore joint
development strategies for 1999 that benefit the growth of both
our companies.
Looking forward to working together,
Greg Radych
Director, Market Research & Partnering Programs
HyperNet Inc.
"Redefining how businesses communicate online"
Geographic markets:
Export experience:
- Indiana
- Iowa
- Michigan
- Minnesota
Actively pursuing:
- Mexico
- Alabama
- Alaska
- Arizona
- Arkansas
- California
- Colorado
- Connecticut
- Delaware
- District of Columbia
- Florida
- Georgia
- Hawaii
- Idaho
- Illinois
- Kansas
- Kentucky
- Louisiana
- Maine
- Maryland
- Massachusetts
- Mississippi
- Missouri
- Montana
- Nebraska
- Nevada
- New Hampshire
- New Jersey
- New Mexico
- New York
- North Carolina
- North Dakota
- Ohio
- Oklahoma
- Oregon
- Pennsylvania
- Rhode Island
- South Carolina
- South Dakota
- Tennessee
- Texas
- Utah
- Vermont
- Virginia
- Washington
- West Virginia
- Wisconsin
- Wyoming
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
40 Web sites for our clients worldwide. We define our parameters
in the global context - that way, we always develop and market
our multimedia solutions and products to meet a wider range of
possibilities.
At HyperNet, we believe the solution should be as unique as the
organization that requires it. We turn your ideas into assets,
ensuring your business requirements synthesize to form a
complete communications solution that is customized for the
right audience ¡V whether it¡¦s your customers, suppliers,
competitors or the analyst community. Our goal is to help you
to streamline administration by centralizing access to strategic
information and improving overall business performance.
In applying the right mix of best-of-breed technologies and Web
tools software, we blend our expertise in online communication
with a touch of vision, strategy and purpose to establish a
relationship management model that serves all stakeholders.
By offering strategic planning and business consulting, we
assist our clients throughout the entire development process of
their online projects - from drafting the initial content right
through to testing the final changes. In addition, we provide
full coaching advice and conduct thorough site audits to support
our recommendations - all backed by the latest market and
technology research studies.
If you require maintenance and hosting for your site, we supply
year-round support for online marketing, advertising, technical
and promotional support necessary to help you reach your
business objectives. By generating dynamic usage reports, we
keep you abreast of your site's performance - ensuring success
in communicating your corporate message.
Mission:
¡§To refine simple knowledge management by applying our talents
in making corporate information flow. We draw from the Internet
to help our clients extend their communications capabilities,
always striving to redefine the market for Web-based
intelligence and management tools.¡¨
HyperNet web-based products and services include:
h Electronic commerce, supply and trade frameworks that improve
overall business performance.
h Web-based information management and workflow that sustain
operational efficiencies.
h Active Server Pages (ASPs), Cold Fusion & Web scripting that
keep development platforms flexible and state-of-the art.
h Intranets, Extranets and closed networks that protect remote
access to corporate information.
h Database integration from legacy systems to allow for
seamless
data connectivity online.
executive interest.
As an executive management tool, Orwell tracks and analyses
employee productivity, project lifecycle, workflow, security,
operations management, cashflows and expenses - all in real
time!
Orwell has built a strong business case, a software product that
has been five years in development and testing, with over ten
years of implementation for many of the component modules.
Orwell has been implemented in whole or in part in the following
industry sectors: Government; Telecommunications;
Manufacturing; Financial Services; Information Technology;
Corporate Services; Personnel Services; and Entertainment, to
name only a few.
Originally Orwell evolved from a track record of performance
built upon servicing HyperNet's internal business reporting
needs. In its entirety, Orwell has set a new standard for staff
and project accountability in operations management that are
unparalleled in the software industry.
Orwell has made significant contributions by reducing costs on
projects and associated overheads resulting in increased overall
operational profitability, management efficiency and production
throughput times. Global organizations across a wide range of
vertical markets have employed our software to maintain control
over their bottom-line efficiencies.
Orwell's remote access features allow for a distributed
application through a flexible web-based platform - ideal for
home-based workers, the automated workforce, travelling
executives and on-site consultants.
To find out how Orwell can support your fight to control costs
while increasing profits, please e-mail us at
<EMAIL_ADDRESS>integration for dynamically generated Web pages. Hypernet
specializes in customized information management solutions for
the Enterprise, Extranet, Internet or Intranet.
For additional information on how Hypernet can create secure
remote access to corporate information while protecting it from
unauthorized intruders, contact us at<EMAIL_ADDRESS>the free and secure exchange of intelligence, trade or
capital. Through our global partnering expertise, HyperNet
defines international crossroads that facilitate R&D, buying,
selling and marketing initiatives by establishing online
business alliances for our clients.
HyperNet extends the scope of opportunities that can be realized
through pursuing electronic trading environments online. Through
Dynamic Online Frameworks, HyperNet encourages business-to-
business opportunities that allow companies within North
America, Asia or Europe the freedom to merge, control and
exchange their electronic business processes with any company
within Canada that provides a strategic business or economic
advantage for their firm. The core objective is to emphasis a
secure environment for shared business objectives, planning, and
management tools among trading partners characterized by
electronic process interchange (EPI). For additional context,
please visit www.mncan.com or www.saeinterchange.com. as
reference material on the next generation of online procurement,
purchasing and partnering frameworks. These products were
produced in coordination with the Canadian Consulate General and
Aboriginal Business Canada respectively.
stocking shelves, automate your customer service and support, or
manage your ad campaign without an agency.
In helping you customize your own online storefront from the
design of the interactive product catalogue right up to the
pattern of the virtual wallpaper, HyperNet creates an
impressionable point of contact between your business and
consumers.
By focusing on Web-based commercial storefronts, HyperNets
E-Commerce Solutions provide online purchasing and inventory
fulfilment capabilities, allowing our clients to track their
customers orders while keeping tabs on their purchasing habits.
HyperNets Enterprise Solutions put you at the forefront of Web-
based buying, selling and partnering. We offer support through
all stages of the business process, including consumer
inquiries, registration, order placement, administration,
tracking and reporting. We can show you how your lines of
business can be enhanced through the use of a Web-based
platform. Our Enterprise Solutions are easily integrated with
your existing corporate communications tools such as phone, fax,
and e-mail all in a seamless manner.
To learn how you can tailor your business offerings and
communications to touch consumers in a way that before now just
wasn't possible, please contact us at
<EMAIL_ADDRESS>specific information management and marketing needs. By drafting
a multimedia solution for you, our designers establish how we
can help your business connect with the right presentation
format necessary to deliver a focused message - on target for
the intended audience.
With all the creative elements that compose the next generation
of corporate interaction, we create a platform that permits you
to effectively educate, sell, meet or play with different groups
from around the world.
By hosting over 40 Web sites for our clients worldwide, we have
learned to design, develop, implement and market our solutions
in the global context - as a result, our multimedia products
appeal to a wider range of creative possibilities.
voice transmission of business information and e-commerce
transactions.
D303-ADP Data Entry Services
D307-Automated Information System Design and Integration Services
D308-Programming Services
D309-Information and Data Broadcasting or Data Distribution Services
D310-ADP Backup and Security Services
D311-ADP Data Conversion Services
D316-Telecommunications Network Management Services
D317-Automated News Services, Data Services, or Other Information Services. Buying data (the electronic equivalent of books, periodicals, newspapers, etc.
Market
Market profile
Alliances:
- Sales/Marketing
- Technology
Strategic alliances:
HyperNet is hoping to arrange a meeting to discuss onlinedevelopment synergies with complementary organizations.
If your focus is on interactive digital media and CD-ROM and
your organizational skill set complements rather than competes
with our own interactive design and development portfolio. We
are looking for ways to partner with firms that offer a
strategic competitive advantage in multimedia for future
collaborative sales and marketing opportunities.
Please contact me if you have any concerns or questions or to
schedule a time so that we may discuss ways to explore joint
development strategies for 1999 that benefit the growth of both
our companies.
Looking forward to working together,
Greg Radych
Director, Market Research & Partnering Programs
HyperNet Inc.
"Redefining how businesses communicate online"
Geographic markets:
Export experience:
- Indiana
- Iowa
- Michigan
- Minnesota
Actively pursuing:
- Mexico
- Alabama
- Alaska
- Arizona
- Arkansas
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I am using weblogic 12c and profiler4j-1.0-beta3
I am getting below error:
Aug 17, 2012 3:31:38 PM net.sf.profiler4j.console.client.Client close
SEVERE: Client being disconnected due to error
java.io.EOFException
at java.io.ObjectInputStream$PeekInputStream.readFully(ObjectInputStream.java:2280)
at java.io.ObjectInputStream$BlockDataInputStream.readShort(ObjectInputStream.java:2749)
at java.io.ObjectInputStream.readStreamHeader(ObjectInputStream.java:779)
at java.io.ObjectInputStream.<init>(ObjectInputStream.java:279)
at net.sf.profiler4j.console.client.Client.connect(Client.java:52)
at net.sf.profiler4j.console.Console$3.executeInBackground(Console.java:138)
at net.sf.profiler4j.console.util.task.LongTaskExecutorDialog$1.run(LongTaskExecutorDialog.java:151)
Aug 17, 2012 3:31:38 PM net.sf.profiler4j.console.util.task.LongTaskExecutorDialog$1$2 run
SEVERE: Caugh task error
net.sf.profiler4j.console.client.ClientException: I/O Error
at net.sf.profiler4j.console.client.Client.handleException(Client.java:258)
at net.sf.profiler4j.console.client.Client.connect(Client.java:66)
at net.sf.profiler4j.console.Console$3.executeInBackground(Console.java:138)
at net.sf.profiler4j.console.util.task.LongTaskExecutorDialog$1.run(LongTaskExecutorDialog.java:151)
Caused by: java.io.EOFException
at java.io.ObjectInputStream$PeekInputStream.readFully(ObjectInputStream.java:2280)
at java.io.ObjectInputStream$BlockDataInputStream.readShort(ObjectInputStream.java:2749)
at java.io.ObjectInputStream.readStreamHeader(ObjectInputStream.java:779)
at java.io.ObjectInputStream.<init>(ObjectInputStream.java:279)
at net.sf.profiler4j.console.client.Client.connect(Client.java:52)
... 2 more
Could any one help to fix this issue.
Kirill
2012-08-17
I'm realively sure that even if anybody among Console users can help, this is not a place to ask.
Unless, of course, you see this problem in Console, but not in regular cmd. But then, we'd need Console version, OS version, your concole.xml will be welcome too.
Kirill
2012-08-17
Narayan
2012-08-17
Kirill
2012-08-17
Bumping up priority is not going to solve your problem unless you provide comments, relevant to Console project.
Kirill
2012-08-17


About
This is a beautiful cafe, where everyone is welcome to enjoy
many options of the most richest
and freshest hot drinks, served with many options
of various types of cake as well as sandwiches!
Come down and join us!
Monday to Saturday
9:00 am - 5:00 pm
Friday Night 4pm-10pm
Sunday Brunch
10am-2pm
Coffee Cafe,
Ballsbridge neighborhood,
Dublin
(231) 906-6990
<EMAIL_ADDRESS>***************


An inline cache holds region entries for a client application.
Description of an Inline Cache
A cache is formed from a region within a Geode cluster, and the cache sits between the client application and a backing data store.
The client application’s cache lookup is a region get operation, and a cache write is a region put operation.
When the cache (region) has the requested region entry, it quickly responds with the value for a lookup operation. This is a cache hit. If the requested region entry is not in the region, it is a cache miss, and code that has been deployed to the server acquires the entry from the data store. The acquired region entry is written to the region such that future lookups will cause a cache hit.


{% include nav.html %}
The Man Cave is a barber shop located down the street from my house. They had no website so I decided to make one for them.
Katie Simone is a Vocalist from Pittsburgh, PA. Her website enables fans stay up to date on show dates and news.
Brass Tacks is a detailing business located in Pittsburgh, PA. Users can visit their site and learn about services and schedule detailing appointments.


An Overview of Individual-based Simulations in Population Genetics and Cancer
Andrés Pérez-Figueroa (@anpefi)
Lab seminar
22 April 2016
GOALS
- Understand what is a simulation
- Learn how to build an Agent Based Model
- Explore how Agent Based Models had been used in cancer research
What is a (computer) simulation?
- An attempt to mimic a real-world empirical system
- The creation in silico of a possible world using computer programs to represent the processes under consideration
Simulations as experimental systems
- Models could be as complex as the real systems they mimic
- A huge advantage: models are strongly manipulable
- Simulation models are properly explored using the same experimental and statistical techniques that are used to explore real-world systems
genetic data simulation algorithms
- Backward-time (Coalescent)
- Fordward-time
- Resampling
Individual/Agent Based Models (IBMs/ABMs)
- Simulation models describing individual organisms (agents)
- How system level properties emerge from the adaptive behaviour of individuals and how the system affects individuals
- Aspects usually ignored in analytical models: individuals variability, local interactions, life cycles, ...
- More complex in structure than analytical models and then more difficult to analyze, understand and communicate
Structure of an ABM
- A set of agents, their attributes and behaviours.
- A set of agent relationships and methods of interaction:
An underlying topology of connectedness defines how
and with whom agents interact.
- The agents’ environment: Agents interact with their
environment in addition to other agents.
Agents repeatedly and discretly execute their behaviours and interactions.
Building a simulation study
Some Population Genetics simulators
An old example (from my Thesis)
ABMs in cancer research
- Tumor growth
- Phenotypes
- Dynamics of mutation accumulation
- Mostly deterministic laws (PDE)
examples ABM in cancer
examples ABM in cancer
Enderling 2014 (CSC)
Sottoriva 2015 (Big Bang in CRC)
- Agents: Glands (8M -> 80 billion cells)
- Growth by fission (variable rates), occurrence of CNAs and mutations
- All cells in a gland same fitness (survival and growth)
- Parameters: mutation rate and fitness change
- Not modeled: cellular migration, apoptosis within a gland, the contribution of the surrounding normal tissue or angiogenic factors.
Sottoriva 2015 (Big Bang in CRC)
- 400x400x400 lattice
- Starting from a single gland until 80M reached
- Sampling regions
- ABC to fit observed data
Sottoriva 2015 (Big Bang in CRC)
Sottoriva 2015 (Big Bang in CRC)
- Neutral clone
Our interests
- Final goal is to do a general simulator of intratumoral pop gen.
- Start with a simple model, including selection and genealogy of all the alleles/clones
- Define and separate fitness traits (proliferation speed, growth speed, adhesion)
- Different set of genes/mutations for different traits (pleiotropy?)
Limitations
- Huge computational cost of ABMs
- Limited number of agents or time units
- Reduced genome representation
Thanks for coming


张华宁的笔记本
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Definition at line 459 of file btBatchedConstraints.cpp.
◆ WriteOutConstraintIndicesLoop()
| WriteOutConstraintIndicesLoop::WriteOutConstraintIndicesLoop |
( |
btBatchedConstraints * |
bc, |
|
|
const int * |
constraintBatchIds, |
|
|
int |
numConstraints, |
|
|
int * |
constraintIdPerBatch, |
|
|
int |
maxNumBatchesPerPhase |
|
) |
| |
|
inline |
◆ forLoop()
| void WriteOutConstraintIndicesLoop::forLoop |
( |
int |
iBegin, |
|
|
int |
iEnd |
|
) |
| const |
|
inlinevirtual |
◆ m_batchedConstraints
◆ m_constraintBatchIds
| const int* WriteOutConstraintIndicesLoop::m_constraintBatchIds |
◆ m_constraintIdPerBatch
| int* WriteOutConstraintIndicesLoop::m_constraintIdPerBatch |
◆ m_maxNumBatchesPerPhase
| int WriteOutConstraintIndicesLoop::m_maxNumBatchesPerPhase |
◆ m_numConstraints
| int WriteOutConstraintIndicesLoop::m_numConstraints |
The documentation for this struct was generated from the following file:


Your browser does not support the audio element.
Vwwwwwoooooping!!
Happy Mother's Day Mama!
I hope you have a wonderful day!
I love you, Katya


|
||||||||||
| 上一个 下一个 | 框架 无框架 |
| net.jforum.util.legacy.commons.fileupload 使用的 net.jforum.util.legacy.commons.fileupload 中的类 | |
|---|---|
| DefaultFileItemFactory
已过时。 Use DiskFileItemFactory instead. |
|
| FileItem
This class represents a file or form item that was received within a multipart/form-data POST request. |
|
| FileItemFactory
A factory interface for creating FileItem instances. |
|
| FileUploadBase
High level API for processing file uploads. |
|
| FileUploadException
Exception for errors encountered while processing the request. |
|
| MultipartStream.IllegalBoundaryException
Thrown upon attempt of setting an invalid boundary token. |
|
| MultipartStream.MalformedStreamException
Thrown to indicate that the input stream fails to follow the required syntax. |
|
| RequestContext
Abstracts access to the request information needed for file uploads. |
| net.jforum.util.legacy.commons.fileupload.disk 使用的 net.jforum.util.legacy.commons.fileupload 中的类 | |
|---|---|
| FileItem
This class represents a file or form item that was received within a multipart/form-data POST request. |
|
| FileItemFactory
A factory interface for creating FileItem instances. |
| net.jforum.util.legacy.commons.fileupload.servlet 使用的 net.jforum.util.legacy.commons.fileupload 中的类 | |
|---|---|
| FileItemFactory
A factory interface for creating FileItem instances. |
|
| FileUpload
High level API for processing file uploads. |
|
| FileUploadBase
High level API for processing file uploads. |
|
| FileUploadException
Exception for errors encountered while processing the request. |
|
| RequestContext
Abstracts access to the request information needed for file uploads. |
| net.jforum.view.forum.common 使用的 net.jforum.util.legacy.commons.fileupload 中的类 | |
|---|---|
| FileItem
This class represents a file or form item that was received within a multipart/form-data POST request. |
|
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| 上一个 下一个 | 框架 无框架 |


Classes vs Modules
In my blog post from Week 5, you read all about Classes: how they're created, how they're used, and what they're good for. This week, I'd like to dive into another critical element of the Ruby programming language: modules.
------------------------
What is a Module?
As you're well aware of by now, Ruby gives us a large number of "tools" we can use to write our programs. These tools serve a variety of different purproses, and are only used when necessary. Where are tools kept? A TOOLBOX! That's where modules step in to our program. The reason for storing this info for later, is that it is much faster to simply call a module when necessary, rather than having all of the methods/constants of a module written into our program. This not only keeps the program running faster, but it also keeps the code in our program as clean as possible.What is stored in a module is largely up to the programmer, but they usually store methods and constants.
You already know what methods are, but what is a constant? A constant is like a variable, except that it maintains a constant value throughout a program. Because modules don't typically contain things that change, constants are well suited to be included in modules.
------------------------
What Makes Classes and Modules the Same?
Despite their differences, how are modules and classes similar? First, a programmer can create their very own unique module just as they would a class. They are each declared in much the same way, with the module/class name being written in CamelCase:
Class Declaration: class NameOfClass
Module Declaration: module NameOfModule
Modules are also similar to classes in that they contain information that can be used throughout a program (whenever called). Also, just as there are several built-in classes in Ruby such as the Object Class, Ruby also has built-in modules such as the Math Module. These built-in modules contain common CONSTANTS and methods that are often used in various programs.
------------------------
What Makes Them Different?
Now that you have a basic understanding of their similarities, consider their differences:
Where as a class is typically used to create instances of that class, modules are unable to create instances of themselves. By definition, an instance often contains characteristics/attributes that can CHANGE, based on information provided by the user pertaining to that specific instance. Hence why modules do not have this ability. Their intent is to store information that will NOT change, and is further reason why a module will not typically contain a variable. Variables can be modified throughout a program, whereas a CONSTANT (such as PI) should remain the same regardless of what it is being used for.
So if I can't create an instance of a module, how do I access it? Very simple. Ruby has us use either "include" or "require" to grant us access to the constants and methods contained within a module. When a module is pulled in for usage within a class, this is referred to as a mix-in.
Another distinct difference between modules and classes is that modules cannot contain sub-classes (or "sub-modules"), nor can they inherit from another module. With that said, classes pseudo-inherit from modules when they are mixed-in as mentioned above.
------------------------
While this was a very basic introduction to the concept of modules, it should give you a foundation with which to build your knowledge. There are multiple tutorials online to help you expand that knowledge-base, but of course, the best practice is always to START CODING!


NBMTreeClient Class Reference
| Inherits from | NSObject |
|---|---|
| Declared in | NBMTreeClient.h |
Overview
The developer of Kurento Tree applications can use this client when implementing the front-end part of a broadcasting application with Kurento Tree. It’s actually only a wrapper over the JSON-RPC protocol used to communicate with Tree Server.
delegate
The delegate object for the client.
@property (nonatomic, weak, readonly) id<NBMTreeClientDelegate> delegate
Declared In
NBMTreeClient.h
treeEndpoints
A list of connected NBMTreeEndpoint objects.
@property (nonatomic, readonly) NSSet *treeEndpoints
Declared In
NBMTreeClient.h
timeout
The timeout interval for API requests, in seconds. Default value is 5.
@property (nonatomic, assign, readonly) NSTimeInterval timeout
Declared In
NBMTreeClient.h
connected
A Boolean that indicates the WebSocket connection status.
@property (nonatomic, assign, readonly, getter=isConnected) BOOL connected
Declared In
NBMTreeClient.h
treeId
The identifier of current tree.
@property (nonatomic, copy, readonly) NSString *treeId
Declared In
NBMTreeClient.h
– initWithURL:delegate:
- Creates and initializes a NBMTreeClient instance. *
- @param wsURL The url of Tree server.
- @param delegate The delegate object for the client.
- (instancetype)initWithURL:(NSURL *)wsURL delegate:(id<NBMTreeClientDelegate>)delegate
Discussion
- @return An initialized NBMTreeClient object.
Declared In
NBMTreeClient.h
– connect:
Connects client to the Tree Server using WebSocket, giving access to its API when the connection is established successfully.
- (void)connect:(NSTimeInterval)timeout
Parameters
timeout |
The timeout interval for API requests, in seconds. |
|---|
Discussion
Note: See [NBMTreeClientDelegate client:isConnected:] method.
Declared In
NBMTreeClient.h
– createTree:completion:
Request to create a new tree in Tree server.
- (void)createTree:(NSString *)treeId completion:(void ( ^ ) ( NSError *error ))block
Parameters
treeId |
The tree identifier. May be nil. |
|---|---|
block |
A block object to be executed when the request is processed. This block has no return value and takes an error if the request failed. |
Declared In
NBMTreeClient.h
– releaseTree:completion:
Request used to remove a tree.
- (void)releaseTree:(NSString *)treeId completion:(void ( ^ ) ( NSError *error ))block
Parameters
treeId |
Tree id to be removed |
|---|---|
block |
A block object to be executed when the request is processed. This block has no return value and takes an error if the request failed. |
Declared In
NBMTreeClient.h
– setSource:tree:completion:
Request to configure the emitter (source) in a broadcast session (tree).
- (void)setSource:(NSString *)sdpOffer tree:(NSString *)treeId completion:(void ( ^ ) ( NSString *sdpAnswer , NSError *error ))block
Parameters
sdpOffer |
A NSString representing an SDP offer. |
|---|---|
treeId |
Tree id to configure the source. |
block |
A block object to be executed when the request is processed. This block has no return value and takes an error if the request failed. |
Declared In
NBMTreeClient.h
– removeSourceOfTree:completion:
Request to remove the current emitter of a tree.
- (void)removeSourceOfTree:(NSString *)treeId completion:(void ( ^ ) ( NSError *error ))block
Parameters
treeId |
Tree id to remove the source. |
|---|---|
block |
A block object to be executed when the request is processed. This block has no return value and takes an error if the request failed. |
Declared In
NBMTreeClient.h
– addSink:tree:completion:
Request to add a new viewer (sink) to the tree.
- (void)addSink:(NSString *)sdpOffer tree:(NSString *)treeId completion:(void ( ^ ) ( NBMTreeEndpoint *endpoint , NSError *error ))block
Parameters
sdpOffer |
A NSString representing an SDP offer. |
|---|---|
treeId |
Tree id to add new viewer. |
block |
A block object to be executed when the request is processed. This block has no return value and takes an error if the request failed. |
Declared In
NBMTreeClient.h
– removeSink:tree:completion:
Request to remove a previously connected sink (viewer).
- (void)removeSink:(NSString *)sinkId tree:(NSString *)treeId completion:(void ( ^ ) ( NSError *error ))block
Parameters
sinkId |
Sink id to be removed. |
|---|---|
treeId |
Tree id to remove the sink. |
block |
A block object to be executed when the request is processed. This block has no return value and takes an error if the request failed. |
Declared In
NBMTreeClient.h
– addICECandidate:forSink:tree:completion:
Request used to add a new ICE candidate gathered on the client side. This information is required to implement the trickle ICE mechanism.
- (void)addICECandidate:(RTCICECandidate *)candidate forSink:(NSString *)sinkId tree:(NSString *)treeId completion:(void ( ^ ) ( NSError *error ))block
Parameters
candidate |
The RTCICECandidate object to send. |
|---|---|
sinkId |
Sink id to wich belongs the candidate, ‘nil’ if the candidate is referred to the tree source. |
treeId |
Tree id to which belongs this candidate. |
block |
A block object to be executed when the request is processed. This block has no return value and takes an error if the request failed. |
Declared In
NBMTreeClient.h


2017-12-20 Make Curation Great Again: I pumped my @msp-curation Delegation up to 7,500 making a total of 10.5k SP. life
2017-08-28 Meme (Steme) the News 8/28/17- Also Delegation contest results and New 1,000 SP Delegation contest details inside!!! vietmeme
2017-06-29 SY- Steemit science news correspondent Dr. @aggroed sits down with @ionlysaymeep for a contentious blogging interview covering HF19, the reward pool, and life meep


ResponseValidationFailureReason
public enum ResponseValidationFailureReason
The underlying reason the response validation error occurred.
- dataFileNil: The data file containing the server response did not exist.
- dataFileReadFailed: The data file containing the server response could not be read.
- missingContentType: The response did not contain a
Content-Type
and theacceptableContentTypes
provided did not contain wildcard type. - unacceptableContentType: The response
Content-Type
did not match any type in the providedacceptableContentTypes
. - unacceptableStatusCode: The response status code was not acceptable.
-
Undocumented
Declaration
Swift
case dataFileNil
-
Undocumented
Declaration
Swift
case dataFileReadFailed(at: URL)
-
Undocumented
Declaration
Swift
case missingContentType(acceptableContentTypes: [String])
-
Undocumented
Declaration
Swift
case unacceptableContentType(acceptableContentTypes: [String], responseContentType: String)
-
Undocumented
Declaration
Swift
case unacceptableStatusCode(code: Int)
-
Undocumented
Declaration
Swift
public var acceptableContentTypes: [String]?
-
Undocumented
Declaration
Swift
public var responseContentType: String?
-
Undocumented
Declaration
Swift
public var responseCode: Int?


--- layout: post.html title: My Cool Story blurb: "Here is a blurb that I've written." ---
We want to test post as an extension of default
Blah blah blah


Demonstrates the use of recurrence with appointments.
Unit:
Daily
Weekly
Monthly
Monthly on a day
Yearly
Yearly on a day
Occurrences:
Has a specific number of occurrences?
Until:
Ends on a particular date?
Interval:
(e.g. An interval of 2 for the daily unti is every other day)
Days of the week:
Sunday
Monday
Tueday
Wednesday
Thursday
Friday
Saturday
Week of the month:
First
Second
Third
Fourth
Last
Day of the month:
Month of the year:
Create Recurrence


About the Game
‘First Day of Skeewl’ is a ‘Choose Your Own Adventure’-style game where you, the player, goes through the first day of middle school. The player will be presented with several questions as the game progresses. Some of these choices may result in earning points or losing points. Some may result in losing the game entirely.
Lee Broxson Lee is aggressively and excitedly pursuing a career as a developer. He’s having a great time at Codefellows so far, and in his extremely limited free time, is a Lindy Hopper who has been dancing for the past 9 years.
Sera Smith is half Japanese and yes, I love sushi. I also love the cultural diversity that I was exposed to from my upbringing. I grew up in Tokyo, Japan until age 11, then moved to Seattle. I also am a big dog lover, and have bred and raised Shiba Inu's. I am the proud owner of Mongo and Bento, which some of you have met!
Taiwan Easterling Growing up in Magee, Mississippi allotted numerous sport opportunities for Taiwan Easterling. After playing football and baseball on a collegiate and professional level, Taiwan is in the midst of balancing his work in construction management, and pursuing a Master’s degree in Project Management with a minor in entrepreneurship and emphasis in data analytics. During his fellowship with the Greater Foundation, Taiwan hopes to develop new skills to pass forward to others and give back to his community.
Adrian Kenepah-Martin I'm Canadian and yes, I love Tim Horton's coffee. I enjoy taking complex problems and turning them into efficient and beautiful design. Since Pee-Wee hockey didn’t work out for me because I couldn’t skate I decided to dip my foot in web developer and quickly fell in love with it.


Video Decoding Test Page
This page collects some information about your browser, including how it decodes video.
After collecting, please take the time to fill in some information about your device and submit it to help us understand the data!
This page collects some information about your browser, including how it decodes video.
After collecting, please take the time to fill in some information about your device and submit it to help us understand the data!


Variable filter syntax
hide
Filters on variables must be specified as
variableName OPERATOR value
where OPERATOR
may be any of
, {{ op }}
.
All variable filters are applied using the logical AND
.
Strings must be properly enclosed in ""
.
Samples: customerId = 1212
, name like "%Walter"
, checked = true


|
On May 4, the most advanced interchain DEX in the world—Gravity DEX—moved one step closer to mainnet! From the start, more than 21,775 traders took up the challenge to compete for their share of the $200,000+ prize pool and 12 sponsored tokens from the Cosmos ecosystem.
The historical Gravity DEX Testnet competition is on fire, already churning out some pretty amazing stats, two economic market distortion events and a successful soft fork. Today we are entering the last hours of the competition so make sure you keep an eye on the leaderboard to see who the winners will be!
Highlights from the first few days of the competition include:
- Number of active traders: 10,423
Number of transactions: 239,845 Total locked value: $112,684,354 Total volume of trades: $215,428,973 Total trading fee paid: $646,286
Read the recent blog post
Check out the market distortion challenge
|


Alpha Chi Sigma
About
Student Resources
Executive Committee
Active Members
Pledge Classes
Family Tree
Fall 2018 Rush Week
Events
Calendar
Housing
Family Tree
Founded by Oral Caglar, 1988
Find (527 people)


Polynome
BeerToolbox
Perform basic operations on a polynome, including solve
Constructor
Polynome; ie
{ a0 : 1, a1 : 5, a2 : 6, a3 : 9 }
Inject th value in the polynome
Value to pass to the polynome
Solution
Solve the polynome
Solve a polynome equation a3.x^3 + a2.x^2 + a1.x + a0 = value
Value in the equation a3.x^3 + a2.x^2 + a1.x + a0 = value
Set of solutions


Stereotype Threat
Let's not make it worse
This week we were instructed to write about Stereotype Threat. In layman’s terms, this is the term that describes when people do worse at a task because they believe their group isn’t supposed to do well at this task. The classic example is that black students perform worse on a standardized test if they are told beforehand that black students typically perform worse.
As a white male, there aren’t a whole lot of negative performance stereotypes that I’m aware of (if there are any, don’t tell me about them). So I couldn’t think of any examples where my white male-ness may have had a detrimental affect on my performance. Something, potentially related, is that there were times during college when I took classes that I wasn’t “supposed” to take. For example, I enrolled in a class that is almost exclusively taken by seniors in their last year. I was a Freshman (with a pretty terrible counselor). I got one of the lowest grades I’ve ever gotten that semester. This poor performance could potentially be blamed on everyone’s belief that I wasn’t supposed to be in that class. However, that was never my attitude. Once I understood the odds were stacked against me I put more time and effort into the class because I wanted desperately to get better grades on each paper and test than my much more learned classmates.
For anyone reading this that has experienced a real stereotype threat, I’m sorry and I hope my previous example doesn’t make you angry. I really just don’t understand what’s it like for others to expect you to fail. I definitely understand that the world of tech has been dominated by white and asian males. For those that don’t fit into either of those categories I understand that this program is an even scarier leap of faith than it is for me. What I need to do is make sure that I don’t take any actions that highlight the stereotype of a male dominated tech culture. I just hope that being aware of stereotype threat doesn’t make me even more aware of the differences in race and gender...


The tokens will be sent back to your address
The change of {{adaChange | number: '1.0-6'}} ₳ will also be sent to your address
The tip of {{adaTip | number: '1.0-6'}} ₳ will be sent to the [EURO]-Pool pledge. Thank you!
{{mintTransaction.policyId}}
{{mintTransaction.policy}}
{{account.skey}}
{{mintTransaction.metaDataJson}}
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processMeerKAT
The processMeerKAT
software has been written to do calibration and imaging of MeerKAT
interferometric data.
Typical calibration and imaging of radio data comprises three steps:
- Initial or a priori calibration, which involves bootstrapping phase and flux gains from observations of reference calibrators.
- Self-calibration or a posteriori’ calibration, where the residual on-target errors are solved for by (iteratively) building a good representation of the field.
- 3rd Generation Calibration (3GC), aka post-selfcal, which deals with higher-order effects in the pursuit of high dynamic range imaging. This includes compensating for the primary beam and direction dependent effects.
The processMeerKAT
currently does full-polarisation a priori and a posteriori’ calibration on MeerKAT data, and includes automated
flagging. processMeerKAT
is written solely for the processing of data on the ilifu SLURM cluster, but
future revisions will allow you to run the software on any HPC platform.
The main features of processMeerKAT
are as follows:
- Is written in Python 3.8+ (for CASA 6.5+).
- Calibration algorithms only use CASA 6.5+ tasks and helper functions.
- Uses a purpose-built CASA Singularity container for parallel processing at IDIA (i.e. is fully thread-safe).
- Uses
casampi
to run parallel jobs over the cluster. - Generates
sbatch
files and ancillary helper scripts for processing.
Please read the documentation to learn how to use the pipeline for your imaging data at IDIA.
Acknowledgement
An IEEE proceedings paper from the 2021 URSI GASS conference, is available under DOI: 10.23919/URSIGASS51995.2021.9560276 (a copy of the paper can also be found here). The pipeline can also be acknowledged as Collier, Sekhar, Frank, Taylor, et al. (in prep). The BibTeX citation of the proceedings paper is as follows:
@INPROCEEDINGS{9560276,
author={Collier, Jordan D. and Frank, Bradley and Sekhar, Srikrishna and Taylor, Andrew R.},
booktitle={2021 XXXIVth General Assembly and Scientific Symposium of the International Union of Radio Science (URSI GASS)},
title={The IDIA PROCESSMEERKAT pipeline: Fast CASA Processing on a Cloud-Based HPC Cluster},
year={2021},
volume={},
number={},
pages={1-4},
doi={10.23919/URSIGASS51995.2021.9560276}}
License
Copyright (C) 2022 Inter-University Institute for Data Intensive Astronomy<EMAIL_ADDRESS>This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version.
This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details.
You should have received a copy of the GNU General Public License along with this program. If not, see https://www.gnu.org/licenses/.


module Plugins:sig
..end
This module handles the set of plugins, visible to the platform.
Plugins are looked at the following locations:
library
parameter);BAP_PLUGIN_PATH
environment
variable (same syntax as PATH variable);bapbundle install
command, so this is the default repository of plugins.
The plugin loader is an event driven system. Once, Plugins.run
function is called, events of type Plugins.events
will start
to fire. By default they are intercepted by a logger, and by the
default handler (see Bap_plugins.Std.Plugins.run
function description about
the default handler). The logger will write the infromation
about events, that is useful for debugging issues with plugins.
typeevent =
[ `Errored of string * Std.Error.t
| `Linking of string
| `Loaded of Bap_plugins.Std.plugin
| `Loading of Bap_plugins.Std.plugin
| `Opening of string ]
val list : ?env:string list ->
?provides:string list ->
?library:string list -> unit -> Bap_plugins.Std.plugin list
list ?env ~provides:features ?library ()
scans a list of directories, provided by a
library
parameter, and, finally, Config.libdir
for files with
a plugin
extension. Returns all plugins that provide a
superset of features
and has constrains that are subset of env
.val run : ?argv:string array ->
?env:string list ->
?provides:string list ->
?don't_setup_handlers:bool ->
?library:string list -> ?exclude:string list -> unit -> unit
run ?env ?provides ?library ?exclude
load and execute all plugins that can
be found in the library
paths, and are not in the exclude
list. The default event handler will abort the program if
there is any Errored
event occurs, a message will be printed
to the standard output. If don't_setup_handlers
option is
chosen, then events are not treated, so that a host program may
setup a more fine granular error handling.val load : ?argv:string array ->
?env:string list ->
?provides:string list ->
?library:string list ->
?exclude:string list ->
unit ->
(Bap_plugins.Std.plugin, string * Std.Error.t)
Std.Result.t list
load ?env ?provides ?library ?exclude
is like run
, but will not setup
handlers, and will return a result of loading. Each element of
the list is either an Ok plugin
if a plugin
was
successfully loaded, or Error (name,error)
if a plugin with
the given name
failed with error
.val events : event Bap_future.Std.stream
val loaded : unit Bap_future.Std.future
loaded
occurs when all plugins are loaded


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