--- layout: page title: Libraries date: 2014-02-20 06:57:09.000000000 +08:00 permalink: /libraries/ ---
| Name | Description | Support OData version(s) | For server/client | Download from |
|---|---|---|---|---|
| ODataLib | Classes to serialize, deserialize and validate OData JSON payloads. | V4 | Both | nuget gallery |
| EdmLib | Classes to represent, construct, parse, serialize and validate entity data models. | V4 | Both | nuget gallery |
| OData Client for .NET | LINQ-enabled client API for issuing OData queries and consuming OData JSON payloads. It's the V4 version of the former WCF Data Services Client for OData v1-3. | V4 | Client | nuget gallery |
| OData Client Code Generator featured | An item template that simplifies the process of accessing OData v4 services by generating C# and VB.Net client-side proxy classes. | V4 | Client | Visual Studio Gallery |
| ASP.NET Web API 2.2 featured | ASP.NET Web API is a framework that makes it easy to build HTTP services that reach a broad range of clients, including browsers and mobile devices. ASP.NET Web API is an ideal platform for building RESTful applications on the .NET Framework. | V4 | Server | nuget gallery |
| Simple.OData.Client for OData V1-4 | A multiplatform OData client library supporting .NET 4.x, Windows Store, Windows Phone 8, Silverlight 5, iOS and Android. | V1 – V4 | Both | NuGet Gallery Wiki Pages |
| Linq to QueryString | Linq to Querystring is an expression parser for .NET that aims to provide a lightweight subset of the OData URI Specification. We focus only on the query aspect of the specification which is one of the most useful and flexible elements of OData. | Server | Linq to QueryString site, NuGet Gallery | |
| Microsoft.Spatial | Contains classes and methods that facilitate geography and geometry spatial operations. It's the V4 version of the former System.Spatial for OData v1-3. | V4 | Both | nuget gallery |
| ODataLib for OData V1-3 | Classes to serialize, deserialize and validate OData JSON payloads. | V1 - V3 | Both | nuget gallery |
| EdmLib for OData V1-3 | Classes to represent, construct, parse, serialize and validate entity data models. | V1 - V3 | Both | nuget gallery |
| WCF Data Services Client for OData V1-3 | LINQ-enabled client API for issuing OData queries and consuming OData payloads. | V1 - V3 | Client | nuget gallery |
| WCF Data Services Server for OData V1-3 | Fully-featured server API for responding to OData queries and consuming/producing OData payloads. | V1 - V3 | Server | nuget gallery |
| System.Spatial for OData V1-3 | Contains classes and methods that facilitate geography and geometry spatial operations. | V1 - V3 | Both | nuget gallery |
| AdaptiveLINQ | The AdaptiveLINQ .QueryByCube() extension method applying to any IQueryable collection helps you to build an analysis engine querybale using the OData protocol. | V1 - V3 | Both | AdaptiveLINQ |
| Name | Description | Support OData version(s) | For server/client | Download from | Apache Olingo featured | Apache Olingo is a Java library that implements the Open Data Protocol (OData). | V2 and V4 | Both | Apache Olingo |
|---|---|---|---|---|
| odata4j | odata4j is a Java framework that implements the OData protocol for both consumers (client-side) and producers (server-side) | V1 - V3 | Both | odata4j.org |
| ODataJClient | ODataJClient is an Open Source (Apache License 2.0) library that enables Java applications to deal with OData 3.0 services. | V3 | Client | GitHub |
| Name | Description | Support OData version(s) | For server/client | Download from |
|---|---|---|---|---|
| ODataJS beta featured | The Apache Olingo OData Client for JavaScript (ODataJS) is a library written in JavaScript that enables browser based front end applications to easily use the OData protocol for communication with application servers. | V4 (4.0.0-beta-01) | Client | Apache Olingo Site, nuget gallery |
| datajs | datajs is a new cross-browser JavaScript library that enables data-centric web applications by leveraging modern protocols such as JSON and OData and HTML5-enabled browser features. | V1 - V3 | Client | nuget gallery, CodePlex |
| JayData | JayData is a unified data access library for JavaScript to work with online and offline data APIs like WebSQL, IndexedDB, Facebook or OData. | V1 - V3 | Client | jaydata.org |
| Breeze.js | Breeze is a JavaScript library that helps you manage data in rich client applications. | V1 - V3 | Client | breeze.com |
| node-odata | Create awesome REST APIs abide by OData Protocol v4 use NodeJS. Its purpose is to easier to creating APIs, make you more focus on business logic. Currently only works with MongoDB. | V4 | Server | GitHub |
| OpenUI5 | OpenUI5 is a JavaScript library maintained by SAP SE that is designed for building interactive business aplications. It supports data binding using OData protocol. | V1-V3 | Client | openui5.org |
| Name | Description | Support OData version(s) | For server/client | Download from |
|---|---|---|---|---|
| ODataCpp featured | ODataCpp is an open-source C++ library that implements the OData. It currently serves only client and client side proxy generation (code gen) aspects of OData. The server library is under development and will be included soon. | V4 | Client | GitHub |
| Name | Description | Support OData version(s) | For server/client | Download from |
|---|---|---|---|---|
| ODataPy (Python) | ODataPy is an open-source Python library that implements the Open Data Protocol (OData). It supports the OData protocol version 4.0. It is built on top of ODataCpp using language binding. It is under development and currently serves only parts of client and client side proxy generation (code gen) aspects of OData. | V4 | Client | GitHub |
| ODataStore for CoreData | The ODataStore for CoreData is an static library and a Mac OS X Framework to use V3 OData services with the CoreData Framework from Apple. V4 OData services will be supported in the future. The development language is Objective-C. | V3 | Both | Link |
| OData Client Library for Tcl/Tk | OData Client Library for Tcl/Tk | V4 only | Client | Link |
| Pyslet Python Package | Pyslet is a Python package for Standards in Learning Education and Training. It implements a number of standards including OData v2 with both client and server capabilities. | V2 | Pyslet.org |
Want to add/update information of an OData library? You can edit and submit changes to this page on its Github repository.


Versium is a simple abstract API over several storage solutions, all of which provide access to a collection of versioned documents or "nodes". Nodes carry Lua byte-string data as their payload, but no assumptions are made about its content. The client interacts with versium through the "versium" module, which then delegates most of the work to a specific storage implementation (specified at the initialization time). Two storage implementations are included with this rock: "simple" which stores nodes and their histories on the file system and "virtual" which stores them in memory. Other implementations (e.g., using subversion or a database) are provided as separate rocks.
Copyright (c) 2007, 2008 Yuri Takhteyev
Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.
 IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.


"""Functions to convert NetworkX graphs to and from other formats.
The preferred way of converting data to a NetworkX graph is through the
graph constructor. The constructor calls the to_networkx_graph() function
which attempts to guess the input type and convert it automatically.
Examples
--------
Create a graph with a single edge from a dictionary of dictionaries
>>> d={0: {1: 1}} # dict-of-dicts single edge (0,1)
>>> G=nx.Graph(d)
See Also
--------
nx_agraph, nx_pydot
"""
# Copyright (C) 2006-2013 by
# Aric Hagberg<EMAIL_ADDRESS># Dan Schult<EMAIL_ADDRESS># Pieter Swart<EMAIL_ADDRESS># All rights reserved.
# BSD license.
import warnings
import networkx as nx
__author__ = """\n""".join(['Aric Hagberg<EMAIL_ADDRESS>'Pieter Swart (swart@lanl.gov)',
'Dan Schult(dschult@colgate.edu)'])
__all__ = ['to_networkx_graph',
'from_dict_of_dicts', 'to_dict_of_dicts',
'from_dict_of_lists', 'to_dict_of_lists',
'from_edgelist', 'to_edgelist']
[docs]def to_networkx_graph(data, create_using=None, multigraph_input=False):
"""Make a NetworkX graph from a known data structure.
The preferred way to call this is automatically
from the class constructor
>>> d = {0: {1: {'weight':1}}} # dict-of-dicts single edge (0,1)
>>> G = nx.Graph(d)
instead of the equivalent
>>> G = nx.from_dict_of_dicts(d)
Parameters
----------
data : object to be converted
Current known types are:
any NetworkX graph
dict-of-dicts
dict-of-lists
list of edges
Pandas DataFrame (row per edge)
numpy matrix
numpy ndarray
scipy sparse matrix
pygraphviz agraph
create_using : NetworkX graph constructor, optional (default=nx.Graph)
Graph type to create. If graph instance, then cleared before populated.
multigraph_input : bool (default False)
If True and data is a dict_of_dicts,
try to create a multigraph assuming dict_of_dict_of_lists.
If data and create_using are both multigraphs then create
a multigraph from a multigraph.
"""
# NX graph
if hasattr(data, "adj"):
try:
result = from_dict_of_dicts(data.adj,
create_using=create_using,
multigraph_input=data.is_multigraph())
if hasattr(data, 'graph'): # data.graph should be dict-like
result.graph.update(data.graph)
if hasattr(data, 'nodes'): # data.nodes should be dict-like
result._node.update((n, dd.copy()) for n, dd in data.nodes.items())
return result
except:
raise nx.NetworkXError("Input is not a correct NetworkX graph.")
# pygraphviz agraph
if hasattr(data, "is_strict"):
try:
return nx.nx_agraph.from_agraph(data, create_using=create_using)
except:
raise nx.NetworkXError("Input is not a correct pygraphviz graph.")
# dict of dicts/lists
if isinstance(data, dict):
try:
return from_dict_of_dicts(data, create_using=create_using,
multigraph_input=multigraph_input)
except:
try:
return from_dict_of_lists(data, create_using=create_using)
except:
raise TypeError("Input is not known type.")
# list or generator of edges
if (isinstance(data, (list, tuple)) or
any(hasattr(data, attr) for attr in ['_adjdict', 'next', '__next__'])):
try:
return from_edgelist(data, create_using=create_using)
except:
raise nx.NetworkXError("Input is not a valid edge list")
# Pandas DataFrame
try:
import pandas as pd
if isinstance(data, pd.DataFrame):
if data.shape[0] == data.shape[1]:
try:
return nx.from_pandas_adjacency(data, create_using=create_using)
except:
msg = "Input is not a correct Pandas DataFrame adjacency matrix."
raise nx.NetworkXError(msg)
else:
try:
return nx.from_pandas_edgelist(data, edge_attr=True, create_using=create_using)
except:
msg = "Input is not a correct Pandas DataFrame edge-list."
raise nx.NetworkXError(msg)
except ImportError:
msg = 'pandas not found, skipping conversion test.'
warnings.warn(msg, ImportWarning)
# numpy matrix or ndarray
try:
import numpy
if isinstance(data, (numpy.matrix, numpy.ndarray)):
try:
return nx.from_numpy_matrix(data, create_using=create_using)
except:
raise nx.NetworkXError(
"Input is not a correct numpy matrix or array.")
except ImportError:
warnings.warn('numpy not found, skipping conversion test.',
ImportWarning)
# scipy sparse matrix - any format
try:
import scipy
if hasattr(data, "format"):
try:
return nx.from_scipy_sparse_matrix(data, create_using=create_using)
except:
raise nx.NetworkXError(
"Input is not a correct scipy sparse matrix type.")
except ImportError:
warnings.warn('scipy not found, skipping conversion test.',
ImportWarning)
raise nx.NetworkXError(
"Input is not a known data type for conversion.")
[docs]def to_dict_of_lists(G, nodelist=None):
"""Return adjacency representation of graph as a dictionary of lists.
Parameters
----------
G : graph
A NetworkX graph
nodelist : list
Use only nodes specified in nodelist
Notes
-----
Completely ignores edge data for MultiGraph and MultiDiGraph.
"""
if nodelist is None:
nodelist = G
d = {}
for n in nodelist:
d[n] = [nbr for nbr in G.neighbors(n) if nbr in nodelist]
return d
[docs]def from_dict_of_lists(d, create_using=None):
"""Return a graph from a dictionary of lists.
Parameters
----------
d : dictionary of lists
A dictionary of lists adjacency representation.
create_using : NetworkX graph constructor, optional (default=nx.Graph)
Graph type to create. If graph instance, then cleared before populated.
Examples
--------
>>> dol = {0: [1]} # single edge (0,1)
>>> G = nx.from_dict_of_lists(dol)
or
>>> G = nx.Graph(dol) # use Graph constructor
"""
G = nx.empty_graph(0, create_using)
G.add_nodes_from(d)
if G.is_multigraph() and not G.is_directed():
# a dict_of_lists can't show multiedges. BUT for undirected graphs,
# each edge shows up twice in the dict_of_lists.
# So we need to treat this case separately.
seen = {}
for node, nbrlist in d.items():
for nbr in nbrlist:
if nbr not in seen:
G.add_edge(node, nbr)
seen[node] = 1 # don't allow reverse edge to show up
else:
G.add_edges_from(((node, nbr) for node, nbrlist in d.items()
for nbr in nbrlist))
return G
[docs]def to_dict_of_dicts(G, nodelist=None, edge_data=None):
"""Return adjacency representation of graph as a dictionary of dictionaries.
Parameters
----------
G : graph
A NetworkX graph
nodelist : list
Use only nodes specified in nodelist
edge_data : list, optional
If provided, the value of the dictionary will be
set to edge_data for all edges. This is useful to make
an adjacency matrix type representation with 1 as the edge data.
If edgedata is None, the edgedata in G is used to fill the values.
If G is a multigraph, the edgedata is a dict for each pair (u,v).
"""
dod = {}
if nodelist is None:
if edge_data is None:
for u, nbrdict in G.adjacency():
dod[u] = nbrdict.copy()
else: # edge_data is not None
for u, nbrdict in G.adjacency():
dod[u] = dod.fromkeys(nbrdict, edge_data)
else: # nodelist is not None
if edge_data is None:
for u in nodelist:
dod[u] = {}
for v, data in ((v, data) for v, data in G[u].items() if v in nodelist):
dod[u][v] = data
else: # nodelist and edge_data are not None
for u in nodelist:
dod[u] = {}
for v in (v for v in G[u] if v in nodelist):
dod[u][v] = edge_data
return dod
[docs]def from_dict_of_dicts(d, create_using=None, multigraph_input=False):
"""Return a graph from a dictionary of dictionaries.
Parameters
----------
d : dictionary of dictionaries
A dictionary of dictionaries adjacency representation.
create_using : NetworkX graph constructor, optional (default=nx.Graph)
Graph type to create. If graph instance, then cleared before populated.
multigraph_input : bool (default False)
When True, the values of the inner dict are assumed
to be containers of edge data for multiple edges.
Otherwise this routine assumes the edge data are singletons.
Examples
--------
>>> dod = {0: {1: {'weight': 1}}} # single edge (0,1)
>>> G = nx.from_dict_of_dicts(dod)
or
>>> G = nx.Graph(dod) # use Graph constructor
"""
G = nx.empty_graph(0, create_using)
G.add_nodes_from(d)
# is dict a MultiGraph or MultiDiGraph?
if multigraph_input:
# make a copy of the list of edge data (but not the edge data)
if G.is_directed():
if G.is_multigraph():
G.add_edges_from((u, v, key, data)
for u, nbrs in d.items()
for v, datadict in nbrs.items()
for key, data in datadict.items())
else:
G.add_edges_from((u, v, data)
for u, nbrs in d.items()
for v, datadict in nbrs.items()
for key, data in datadict.items())
else: # Undirected
if G.is_multigraph():
seen = set() # don't add both directions of undirected graph
for u, nbrs in d.items():
for v, datadict in nbrs.items():
if (u, v) not in seen:
G.add_edges_from((u, v, key, data)
for key, data in datadict.items())
seen.add((v, u))
else:
seen = set() # don't add both directions of undirected graph
for u, nbrs in d.items():
for v, datadict in nbrs.items():
if (u, v) not in seen:
G.add_edges_from((u, v, data)
for key, data in datadict.items())
seen.add((v, u))
else: # not a multigraph to multigraph transfer
if G.is_multigraph() and not G.is_directed():
# d can have both representations u-v, v-u in dict. Only add one.
# We don't need this check for digraphs since we add both directions,
# or for Graph() since it is done implicitly (parallel edges not allowed)
seen = set()
for u, nbrs in d.items():
for v, data in nbrs.items():
if (u, v) not in seen:
G.add_edge(u, v, key=0)
G[u][v][0].update(data)
seen.add((v, u))
else:
G.add_edges_from(((u, v, data)
for u, nbrs in d.items()
for v, data in nbrs.items()))
return G
[docs]def to_edgelist(G, nodelist=None):
"""Return a list of edges in the graph.
Parameters
----------
G : graph
A NetworkX graph
nodelist : list
Use only nodes specified in nodelist
"""
if nodelist is None:
return G.edges(data=True)
return G.edges(nodelist, data=True)
[docs]def from_edgelist(edgelist, create_using=None):
"""Return a graph from a list of edges.
Parameters
----------
edgelist : list or iterator
Edge tuples
create_using : NetworkX graph constructor, optional (default=nx.Graph)
Graph type to create. If graph instance, then cleared before populated.
Examples
--------
>>> edgelist = [(0, 1)] # single edge (0,1)
>>> G = nx.from_edgelist(edgelist)
or
>>> G = nx.Graph(edgelist) # use Graph constructor
"""
G = nx.empty_graph(0, create_using)
G.add_edges_from(edgelist)
return G


Found it.
ACT I, SCENE III. A room in the palace.
Enter CELIA and ROSALIND
CELIA
Why, cousin! why, Rosalind! Cupid have mercy! not a word?


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Main Page
This is the main page. Hello world!
Introduction
This is introduction.


Developed by Martyn Smith and Todd Siskin of the NY WSC. Licensed under Apache 2.0
Portions of this application were developed in conjuction with Web Informatics and Mapping (WiM)
Icons created by David McCulloch, USGS


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How To Create Stored Procedures and Stored FunctionsThere are advantages to using procedures and functions; however, the greatest advantage of using functions and procedures happens when the procedures and functions are stored in the database. Such procedures and functions are referred to as stored procedures and stored functions. A stored procedure or stored function has the advantage of being stored in the library cache in an already-parsed form, thus reducing parsing time. To create a stored procedure or function, use the keywords CREATE PROCEDURE or CREATE FUNCTION with the same syntax as the PROCEDURE and FUNCTION commands shown earlier in this chapter. When creating a procedure or function, however, the IS keyword is replaced with the AS keyword. The following code is an example of how to create a stored procedure to retrieve some information from the DOGS table.
SQL> CREATE OR REPLACE PROCEDURE 2 old_dogs 3 AS 4 CURSOR dog_cursor IS 5 SELECT 6 dogname, age, owner 7 FROM dogs 8 WHERE age > 8; 9 BEGIN 10 RDBMS_OUTPUT.PUT_LINE('Dogs older than 8 years old'); 11 RDBMS_OUTPUT.PUT_LINE('Name Age Owner'); 12 FOR dog IN dog_cursor LOOP 13 RDBMS_OUTPUT.PUT_LINE(dog.dogname||' '||dog.age||' '||dog.owner); 14 END LOOP; 15 END old_dogs; 16 / Procedure created. To view the output of this stored procedure from SQL*Plus, you must to enable the SERVEROUTPUT option as follows: SQL> set serveroutput on The resulting output of this procedure is shown here: SQL> execute old_dogs; Dogs older than 8 years old Name Age Owner Shasta 9 Jones Jessy 10 Wilson Ruff 9 King PL/SQL procedure successfully completed. As you can see, to enable the stored procedure to return multiple rows selected from the DOGS table, it was necessary to declare a cursor. By looping through this cursor, you can output all the lines that were selected. How To Replace Procedures and FunctionsIf the procedure or function is already stored in the library cache, you must replace, rather than create, the procedure or function. You do this by using the command CREATE OR REPLACE PROCEDURE or CREATE OR REPLACE FUNCTION. With this command, an already-present procedure or function is replaced; if it is not already present, it is created. PackagesPackages are sets of related procedures or functions that are compiled and stored together in the data dictionary. Packages allow you to group together PL/SQL types, objects, and subprograms into a logical unit. When you link these logically related entities together, it can be easier to program and modify modules based on their function and relation. Performance is enhanced be f5b cause the entire package is loaded into memory when it is first called, thus increasing the chance for a cache hit on a related function or object that is likely to be called soon. Packages are actually created in a statement with two different parts. The first is the declaration part, where the package is defined. Then there is the package body definition, where the body of the package is defined. The syntax of the statement used to create the package definition is as follows: CREATE PACKAGE package_name AS package_specification public type and object declaration subprogram definition END [ package_name ]; The definition part of the package creation declares the parts of the package available to the user. The rest of the package definition is used by the user, but is not visible to the user. This second part has the following syntax: CREATE PACKAGE BODY package_name AS package_body private type and object declaration subprogram bodies [ BEGIN initialization statements ] END [ package_name ]; The user application has knowledge of the package specification. The arrangement of the package-creation process has several advantages:
SummaryAs you have seen, the use of functions, procedures, and packages can improve performance in several ways. These performance enhancements include reduction in the amount of data that must be transmitted across the network and an increase in hits in the data dictionary cache. Because a procedure, function, or package is stored within the data dictionary, it is available for immediate use by your applications. Because stored procedures and functions are stored in the library cache in an already-parsed form, performance is improved. Any set of SQL statements that your application frequently uses can benefit from being made into a stored procedure or function. There are very few SQL statements that cannot benefit from the use of procedures, functions, and packages. By storing these subprograms in the database, you reduce network traffic and increase performance in accessing these programs. Whenever possible, use stored procedures and packages; there is no disadvantage associated with their use.
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First convened in 1789, the composition and powers of the Senate are established in Article One of the U.S. Constitution. Each state is represented by two senators, regardless of population, who serve staggered six-year terms. The Senate has several exclusive powers not granted to the House, including consenting to treaties as a precondition to their ratification and consenting to or confirming appointments of Cabinet secretaries, federal judges, other federal executive officials, military officers, regulatory officials, ambassadors, and other federal uniformed officers, as well as trial of federal officials impeached by the House.
| First Name | Last Name | Party | State | % votes with Party |
|---|


The parabola is a conic section, a figure produced by cutting a cone with a plane. One of its better known properties is that it embodies a quadratic proportionality.
This is a playground to explore the quadratic property of the parabola. Use the "w" and "s" keys to change the area of the rectangle.


Korean Braised Chicken Thigh
- 4 servings
- 1 hour
- Carol
- Meat
- Spicy
4
cloves garlic, minced2 tbsp.
minced ginger1 cup
chicken broth1/4 cup
soy sauce1/4 cup
gochujang2 tbsp.
mirin1 tbsp.
sesame oil2 tbsp.
canola oil or as needed4
chicken thighs, on the bone with the skin- Salt and Pepper
1
medium onion, finely chopped1 tbsp.
cornstarch- Sesame seeds, for garnish
- Thinly sliced scallion, for garnish
Whisk together first 7 ingredients: Garlic, ginger, chicken broth, soy sauce, gochujang, mirin and sesame oil. Set aside.
Heat oil over medium-high heat in a cast iron or other heavy skillet until shimmering. Season chicken thighs with salt and black pepper.
Place chicken thighs in skillet, skin side down and cook 4-5 minutes or until skin is nicely browned. Transfer to a plate.
Refresh oil if needed. Add the onion, reduce heat to medium-low and cook 5-6 minutes or until onion is beginning to soften.
Return chicken thighs to skillet along with sauce combination. Bring to a boil.
Reduce heat to medium-low and simmer 25-30 minutes or until chicken thighs are thoroughly cooked through and tender.
Using a ladle, transfer some of the liquid to a small bowl and whisk in the cornstarch. Pour into the skillet and continue simmering 2-3 minutes or until thickened.
Serve, garnished with sesame seeds and thinly sliced scallion and cooked brown rice.


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| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object atg.commerce.order.CommerceIdentifierImpl atg.commerce.order.PaymentGroupCommerceItemRelationship
public class PaymentGroupCommerceItemRelationship
An object which represents a relationship between a CommerceItem and a PaymentGroup. The valid relationship types are PaymentAmount and PaymentAmountRemaining. PaymentAmount specifies that the amount in this relationship represents the maximum that can be assigned to the PaymentGroup for purchasing this item. PaymentAmountRemaining specifies the amount of the CommerceItem which has not been assigned should be assigned to the PaymentGroup in this Relationship.
| Field Summary | |
|---|---|
static java.lang.String |
CLASS_VERSION
Class version string |
| Constructor Summary | |
|---|---|
PaymentGroupCommerceItemRelationship()
|
| Method Summary | |
|---|---|
void |
addChangedProperty(java.lang.String pPropertyName)
Adds a changedProperty |
void |
clearChangedProperties()
Clears the changedProperties List |
double |
getAmount()
Returns the amount that this relationship represents |
java.util.Set |
getChangedProperties()
Returns the changedProperties |
CommerceItem |
getCommerceItem()
Returns the CommerceItem reference. |
PaymentGroup |
getPaymentGroup()
Returns the PaymentGroup reference. |
java.lang.Object |
getPropertyValue(java.lang.String pPropertyName)
Returns a property value |
long |
getQuantity()
Returns the quantity that this Relationship represents. |
java.lang.String |
getRelationshipClassType()
Returns the relationshipClassType |
int |
getRelationshipType()
Returns the Relationship type. |
java.lang.String |
getRelationshipTypeAsString()
Returns the Relationship type as a String. |
MutableRepositoryItem |
getRepositoryItem()
Returns the repositoryItem |
long |
getReturnedQuantity()
This method is required by the interface but not used for this class |
boolean |
getSaveAllProperties()
Returns the saveAllProperties |
int |
getState()
This method is required by the interface but not used for this class |
java.lang.String |
getStateDetail()
This method is required by the interface but not used for this class |
boolean |
isChanged()
Returns the isChanged flag |
void |
setAmount(double pAmount)
Sets the amount that this relationship represents |
void |
setChanged(boolean pChanged)
Marks this object as changed |
void |
setCommerceItem(CommerceItem pCommerceItem)
Sets the CommerceItem reference. |
void |
setPaymentGroup(PaymentGroup pGroup)
Sets the PaymentGroup reference. |
void |
setPropertyValue(java.lang.String pPropertyName,
java.lang.Object pPropertyValue)
Sets a property value |
void |
setQuantity(long pQuantity)
Sets the quantity that this Relationship represents. |
void |
setRelationshipClassType(java.lang.String pRelationshipClassType)
Sets the relationshipClassType |
void |
setRelationshipType(int pType)
Set the Relationship type. |
void |
setRelationshipTypeAsString(java.lang.String pType)
Set the Relationship type as a String. |
void |
setRepositoryItem(MutableRepositoryItem pRepositoryItem)
Sets the repositoryItem |
void |
setReturnedQuantity(long pReturnedQuantity)
This method is required by the interface but not used for this class |
void |
setSaveAllProperties(boolean pSaveAllProperties)
Sets the saveAllProperties |
void |
setState(int pState)
This method is required by the interface but not used for this class |
void |
setStateDetail(java.lang.String pStateDetail)
This method is required by the interface but not used for this class |
void |
update(java.util.Observable o,
java.lang.Object arg)
This method is called whenever a property in a contained object changes and the containing object needs to be notified. |
| Methods inherited from class atg.commerce.order.CommerceIdentifierImpl |
|---|
getId, setId |
| Methods inherited from class java.lang.Object |
|---|
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Methods inherited from interface atg.commerce.order.CommerceIdentifier |
|---|
getId |
| Field Detail |
|---|
public static final java.lang.String CLASS_VERSION
| Constructor Detail |
|---|
public PaymentGroupCommerceItemRelationship()
| Method Detail |
|---|
public java.lang.String getRelationshipClassType()
getRelationshipClassType
in interface Relationship
public void setRelationshipClassType(java.lang.String pRelationshipClassType)
setRelationshipClassType
in interface Relationship
public int getRelationshipType()
getRelationshipType
in interface Relationship
public void setRelationshipType(int pType) throws InvalidTypeException
setRelationshipType
in interface Relationship
InvalidTypeException
public java.lang.String getRelationshipTypeAsString()
public void setRelationshipTypeAsString(java.lang.String pType) throws InvalidTypeException
InvalidTypeException
public PaymentGroup getPaymentGroup()
getPaymentGroup
in interface PaymentGroupRelationship
public void setPaymentGroup(PaymentGroup pGroup)
setPaymentGroup
in interface PaymentGroupRelationship
public CommerceItem getCommerceItem()
getCommerceItem
in interface CommerceItemRelationship
public void setCommerceItem(CommerceItem pCommerceItem)
setCommerceItem
in interface CommerceItemRelationship
public int getState()
getState
in interface CommerceItemRelationship
public void setState(int pState)
setState
in interface CommerceItemRelationship
public java.lang.String getStateDetail()
getStateDetail
in interface CommerceItemRelationship
public void setStateDetail(java.lang.String pStateDetail)
setStateDetail
in interface CommerceItemRelationship
public long getQuantity()
getQuantity
in interface CommerceItemRelationship
public void setQuantity(long pQuantity)
setQuantity
in interface CommerceItemRelationship
public long getReturnedQuantity()
getReturnedQuantity
in interface CommerceItemRelationship
public void setReturnedQuantity(long pReturnedQuantity)
setReturnedQuantity
in interface CommerceItemRelationship
public double getAmount()
getAmount
in interface CommerceItemRelationship
getAmount
in interface PaymentGroupRelationship
public void setAmount(double pAmount)
setAmount
in interface CommerceItemRelationship
setAmount
in interface PaymentGroupRelationship
public void update(java.util.Observable o, java.lang.Object arg)
update
in interface java.util.Observer
o
- the object which changedarg
- the name of the property which changedpublic boolean getSaveAllProperties()
getSaveAllProperties
in interface ChangedProperties
public void setSaveAllProperties(boolean pSaveAllProperties)
setSaveAllProperties
in interface ChangedProperties
public boolean isChanged()
isChanged
in interface ChangedProperties
public void setChanged(boolean pChanged)
setChanged
in interface ChangedProperties
public java.util.Set getChangedProperties()
getChangedProperties
in interface ChangedProperties
public void addChangedProperty(java.lang.String pPropertyName)
addChangedProperty
in interface ChangedProperties
public void clearChangedProperties()
clearChangedProperties
in interface ChangedProperties
public MutableRepositoryItem getRepositoryItem()
getRepositoryItem
in interface ChangedProperties
public void setRepositoryItem(MutableRepositoryItem pRepositoryItem)
setRepositoryItem
in interface ChangedProperties
public java.lang.Object getPropertyValue(java.lang.String pPropertyName)
getPropertyValue
in interface ChangedProperties
public void setPropertyValue(java.lang.String pPropertyName, java.lang.Object pPropertyValue)
setPropertyValue
in interface ChangedProperties
pPropertyValue
- the value to set for the given property value
|
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| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | ||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |


Defining Problems as State Space Search
Problem Formulation
Problem Types
Well-Defined Problems
Constraint Satisfaction Problems
Game Playing
Production Systems
Performance
Environment
Actuators
Sensors
No History
A Vacuum Cleaner with only 2 Locations
Partial Tabulation of a Simple Function
Goal-Based Agent
Goal Formulation
Problem Formulation
Searching
Execution
Static
Observable
Descrete
Deterministic
Agent carries out its plan with its eyes closed
- Initial state
- Action and Successor Function
- Path Cost
- Goal Test
Generating solutions from observed data
- Set of Goals
- Set of Objects
- Set of Operations
All valid states using operations on objects
- Search for solution in problem space
- Example: DFS, BFS,...
Actions: PICKUP, PUTDOWN, FORWARD, BACKWARD, LEFT, RIGHT
Condition-1: Only top ring can be moved at a time
Condition-2: Smaller ring cannot be below the large one
- Direct Graph
- Start from Initial State
- Use operations
- Check Goal State
1 Glass of 3L, 1 Glass of 4L
We want 2L in 4L Glass
Variables: G3, G4
Initial State: (0, 0)
Goal State: (*, 2)
Actions: FILL, EMPTY, ???
Initial State: (0, 0)
FILL3: (3, 0)
EMPTY34: (0, 3)
FILL3: (3, 3)
EMPTY34: (2, 4)
EMPTY4: (2, 0)
(Goal State)EMPTY34: (0, 2)
1 Glass of 3L, 1 Glass of 5L, 1 Glass of 9L
Measure 7L of Water
Initial State: (0, 0, 0)
FILL5: (0, 5, 0)
EMPTY53: (3, 2, 0)
EMPTY59: (3, 0, 2)
FILL5: (3, 5, 2)
(Goal State)EMPTY59: (3, 0, 7)
- Deterministic, Accessible
- Agent Knows Everything(exact state) About The World
- Eg: Playing chess
- Deterministic, Inaccessible
- Agent doesn't know exact state
- Eg: Walking in a dark room
- Non-Deterministic, Inaccessible
- Agent doesn't know exact state
- Eg: A new skater: sliding problem, many skaters around
Discover (eg: Maze)
Variables: x1, x2,...
Constraints: c1, c2,...
Domain: Di (non-empty)
Values: vi
xi=vi, xj=vj
States: Cryptarithmetic problem with letters repaced with digits
Actions: Replace letter with unused digit
Goal Test: Puzzle contains only digits
9567 + 1085 = 10652
State: 3M and 3C in either side of river
Condition: If C>M at one side, C eats M
Operations: Move using Boat, boat needs 1 or 2 to move
Goal Test: 3C and 3M in the other side of river
Path Cost: Number of crossings
Games are well-defined
Good for testing search methods
Triggered: Pre-condition match
Fired: Action Executed
Research


BC Pizza Express
Login to Your Account
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Create account
Copyright © BC Pizzaria 2018
BC Pizza Express
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Copyright © BC Pizzaria 2018
BC Pizza Express
Cheese Pizza $19.99
Hawaiian Pizza $20.99
BBQ Chicken Pizza $21.99
Copyright © BC Pizzaria 2018
BC Pizza Express
Check your Order History
Change Password
Change address
Delet Account
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BC Pizza Express
Change your password
Change Password
Copyright © BC Pizzaria 2018
BC Pizza Express
Change your address
Change Address
Copyright © BC Pizzaria 2018
BC Pizza Express
Delet your account
Delet Account
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BC Pizza Express
Congrats! Your pizza is on the way, thank you for ordering from BC Pizzaria
Check your Order
Copyright © BC Pizzaria 2018


For several elements in the IATI activity standard and the IATI organisation standard, the vocabulary for a given code can be set via the
attribute:@vocabulary
A good example of this is the
element, which will typically be given a 5-digit sector
such as “11120”. However, this code only makes sense to data users if they know which sector codelist it is from.code
To achieve this, the
/sector
should be set to the appropriate entry on the SectorVocabulary codelist. For “11120”, this would be vocabulary @vocabulary
- the OECD DAC CRS Purpose Codes (5 digit), and would hence denote the code for Education facilities and training."1"
It’s important to note that if there are multiple sectors given from the same vocabulary, their
attributes should add up to 100.@percentage
Here is an example:
<iati-activity>
<!-- Other elements -->
<sector vocabulary="1" code="11120" percentage="50" />
<sector vocabulary="1" code="11121" percentage="50" />
<!-- Other elements -->
</iati-activity>


| me * | ||
|---|---|---|
| at * | ||
|---|---|---|
* params "me", "at" what's that ???
follow manual of jQuery UI position
| class | |
| width | |
| color | |
| arrow | |
| radius | |
| bg color | |
| distance | |
| shadow w | |
| shadow color |
* Rest of params change manually in css or override better
Live css styles:


Top: Multithreading: rwlock
#include <pasync.h> class rwlock { rwlock(); void rdlock(); void wrlock(); void unlock(); } class scoperead { scoperead(rwlock&); ~scoperead(); } class scopewrite { scopewrite(rwlock&); ~scopewrite(); }
Rwlock (read/write lock) is a variation of mutex with a possibility to control critical sections more efficiently. Unlike the simple mutex, rwlock allows multiple reader threads to enter the critical section, and only one writer thread at a time. Reading and writing in this context means access to a resource or compound data shared between threads. Reader threads must lock the critical section with rdlock() and the writers must lock it with wrlock(). Both leave the critical section with unlock().
This class incorporates POSIX rwlock interface on UNIX and library's own implementation on Windows and MacOS X. When using the rwlock class on Linux, you need to define a symbol _GNU_SOURCE either in the command line, or anywhere in your source before including any system headers.
Analogously to scopelock (see mutex), scoperead and scopewrite are fully-inline'd utility classes provided for exception-safe locking of operator blocks.
Please, see Portability and performance issues for additional notes on rwlock implementation.
rwlock::rwlock() creates a rwlock object.
void rwlock::rdlock() locks the object for reading. Multiple threads can enter the critical section through rdlock(), however, if the object is already locked for writing, all reader threads wait until the writer leaves the critical section.
void rwlock::wrlock() locks the object for writing. If there are readers inside the critical section, the writer waits until all threads leave and unlock the object. Only one writer at a time can enter the critical section.
void rwlock::unlock() unlocks the object. Both readers and writers must use this method when leaving the critical section.
scoperead::scoperead(rwlock& rw) creates a scoperead object and calls rdlock() for the object rw.
scoperead::~scoperead() calls unlock() for the rwlock object specified during construction and destroys the scoperead object.
scopewrite::scopewrite(rwlock& rw) creates a scopewrite object and calls wrlock() for the object rw.
scopewrite::~scopewrite() calls unlock() for the rwlock object specified during construction and destroys the scopewrite object.
See also: thread, mutex, trigger, semaphore, Examples


CC can tag the Project name with a prefix character like "#" and make it an Outlook category
It can also tag contexts with @ and other things (like next action with "!").
However, in the Organiser dialog box, it shows ALL these categories, inluding anything with a special symbol on the front.
Unfortuantely, if I have an item tagged with #Project, @Category and !Next, it shows up THREE times.
Anbd since I have hundreds of projects (in my line of work), it takes forever to wade through the project categorised by "#" to get to the @Context tags right at the bottom.
Does anybody know how to configure CC to show tasks sorted and displayed by ONLY categories with an '@' symbol, and ignore the rest of the symbols?


{% extends "visualise/base.html" %} {% load static %} {% block page_content %}
The Residue labelling functionality will simply colour residues differently to the rest of the structure and display it as a ball and stick representation. Simply input a data file containing amino acid and chain ids separated by bars as in the picture above.
The Custom Residue Score allows you to colour residues based on any property you want. Simply input a data file containing amino acid IDs, chain IDs and your score separated by bars, as shown in the image above.
This functionality uses the data structure from the Start2Fold database. By measuring the rate of exchange of hydrogen and deuterium (using NMR or Mass Spec) over a protein one can identify residues which are more protected (i.e. buried) than others. This allows it to inform on residue accessibility and dynamics (Wales and Engen, 2006). There are two main variants of this experiment: folding and stability.
DOPE, or Discrete Optimized Protein Energy (Shen and Sali, 2006), is a statistical potential used to assess homology models in protein structure prediction. DOPE is based on an improved reference state that corresponds to noninteracting atoms in a homogeneous sphere with the radius dependent on a sample native structure; it thus accounts for the finite and spherical shape of the native structures.
This functionality requires no input data. Dope scores are calculated using MODELLER9.24 and colours determined by a matplotlib colourmap.


building-tests.Rmd
Another requirement of developing functions for the package is that they have some testing built in. Testing is the process of specifying the expected resuts of your function given a fixed input. Once a proper set of tests for a function has been built you can modify the function and the tests will inform you if the behaviour has changed. This can be extremely helpful when developing a colleciton of functions which are interdependant, as it will alert you to when the behavior of a function changes during development even if you were not currently changing that function.
The standard for test frameworks in R is testthat
which is an R package that comes with a set of functions for constructing tests and integrates with devtools
so that the tests are run every time the package is built. Tests must be written into files with names beginning with test_
which are then placed in the tests/testthat
folder relative to the package root. A typical convention is to have one test file per function (as with function writing).
This document will not cover the principles of unit-testing here, there are many resources for this - (see here) - a simple example test is shown below.
context("Must calculate the cumulative hazard over [0, tmax] for piecewise constant model") test_that("`pwe_H`", { # Generate output - function vectorises with 'time' arg, so we use a vector # of length > 1 to test this functionality output <- pwe_H(time = 1:10, cut.pts = c(0, 3, 10, Inf), haz.rates = 1:5) # check class expect_is(output, "numeric") # check values expect_equal(output, c(2, 4, 6, 9, 12, 15, 18, 21, 24, 27.0001144483108)) })
The call to context()
lets us preface the following test with a statement of the functional requirement. This is helpful when the automated testing happens as this title will help direct us to any failing test in the console output. It’s also good practice to explicitly state the functional requirement so any other developers reading these tests are clear on what you intended the function to do (and not do). After context()
there is a test_that("", {})
chunk where we lay out our expectations of the function. Schematically we generate a fixed output for a fixed input passed through the function we are testing, and we then check our expectations on that output such that they satisfy our requirement laid out above in context()
.
Tests can be run interactively using the devtools::test()
function.


Package Signing Keys
Please refer to the keys page for updated information about package signing keys.
SSH Host Fingerprints
The current list of known fedora hosts can be found ssh_known_hosts for information on how to use this file please refer to Community Services Infrastructure Standards, Security Policy.
It is recommended that you only trust SSH Fingerprints from this page.
Fedora Build System (Koji) CA Infrastructure
| Key Purpose | Identified As | Fingerprint | Last Updated (UTC) |
|---|---|---|---|
| Build System (koji) | Fedora Project CA | SHA1 Fingerprint=92:9C:BF:A0:5E:70:99:2C:2C:7A:2C:41:83:DC:09:74:E4:8F:D7:B4 MD5 Fingerprint=81:A3:96:95:E1:87:A3:8C:26:72:B5:0C:68:AE:26:E2 |
2008-08-22 00:00:00 |
The Fedora CA cert is available Here and the Certificate Revokation List Here


R/max_lik_fitting_functions.R
fit_trunc_gauss_mix.Rd
The radiocarbon data are specified by phi_m, the vector of fraction modern values, and sig_m, the vector of associated standard deviations (both indexed by i). The likelihood involves an integral over calendar dates that is calculated using a Riemann integral at the points in the "sampling grid", tau, which ranges from tau_min to tau_max and has a spacing of dtau (tau is indexed by the variable g).
Constraints on parameters: The parameter vector, theta (th), has the ordering th = (pi_1,...,pi_K,mu_1,..mu_K,s_1,...s_K), where K is the number of mixture components and pi_k / mu_k / s_k are, respectively, the weighting / mean / standard deviation of the k-th mixture. Optimization is actually done using a "reduced" vector from which pi_1 has been removed, th = (pi_2,...), since the mixture weights must add to 1. Constraints are placed on each variable in the parameter vector. All the weightings must lie between 0 and 1, including pi_1 (even though it is not in th_reduced). The means must lie between tau_min and tau_max. Since a numerical integral with a defined spacing is used to calculate the likelihood, the standard deviations of the mixture components cannot be too small, and are constrained to be greater than 10*dtau; they are also constrained to be less than tau_max-tau_min.
The bounded Hooke-Jeeves algorithm in the dfoptim R package (dfoptim::hjkb) is used to do the optimization. The Hooke-Jeeves algorithm is perhaps the best known varient of derivative free pattern-searches. Using multiple restarts helps identify the global optimum (rather than a local optimum).
To ensure reproducibility, the input_seed can be specified in one of two ways. (1) input_seed is a single integer; if so, set the base_seed equal to equal to input_seed (see below for how base_seed is used). (2) A vector of integers of length 1 + num_restarts is specified; no base seed is needed if a vector is provided. If no input_seed is provided (input_seed = NA), the base seed is randomly generated and stored. (1) If a base_seed is used, the command set.seed(base_seed) is run, then a vector of integers is drawn to populate seed_vect. (2) If a vector is given for input_seed, seed_vect is set equal to it. The first entry in seed_vect is used with set.seed() prior to drawing the starting parameter vectors for the restarts. The subsequent entries are used with set.seed() prior to calling the bounded Hooke-Jeeves optimization algorithm for each restart. These additional seeds are necessary to ensure reproducibility is achieved when multiple cores are used to do the optimizations in a parallel for loop.
It can be desirable to regularize the probability density function so that it does not have periods of very fast decay or growth, which can be done using the optional input r_max. Setting a constraint should most likely be done if the density function is used for demographic reconstruction (i.e., if it is interpreted as the relative population size as a function of calendar date). If so, a value of r_max = 0.04 could be sensible. By default, however, r_max = Inf and no constraint is used.
fit_trunc_gauss_mix( K, phi_m, sig_m, tau_min, tau_max, dtau, calib_df, r_max = Inf, num_restarts = 100, maxfeval = (K - 1) * 10000, num_cores = NA, input_seed = NA )
| K | The number of mixture components to use for the fit |
|---|---|
| phi_m | A vector of fraction moderns |
| sig_m | A vector of standard deviations for phi_m |
| tau_min | The minimum calendar date (AD) for the sampling grid |
| tau_max | The maximum calendar date (AD) for the sampling grid |
| dtau | The spacing of the sampling grid |
| calib_df | Calibration curve (see load_calib_curve) |
| r_max | Maximum value for the instantaneous growth rate of the density function (default: Inf, no constraint) |
| num_restarts | Number of restarts to use (default: 100) |
| maxfeval | Maximum number of function evaluations for each restart (default: (K-1)*10000) |
| num_cores | The number of cores to use for parallelization (default: NA, do not parallelize) |
| input_seed | Either a single integer or a vector of integers of length 1 + num_restarts that is used to ensure reproducilibity (default: NA, a the base seed will be generated and saved). |
A list containing:
th
The best fit parameter vector
neg_log_lik
The value of the negative log-likelihood for the best fit parameter
vector.
tau
The sampling grid used for the Riemann sum in the likelihood
calculation.
tau
The probability density given th
evaluated at the points in
tau
.
aic
The Akaike information criterion value.
bic
the Bayesian information criterion value.
hjkb_fit_list
A list containing the fits for each restart.
input_seed
The value of the input parameter seed.
base_seed
The value of the base seed, which is NA if input_seed
is a
vector.
seed_vect
The vector of seed integers with length 1 + num_restarts
.


Linear float expressions and relations
[Direct modeling support]
Functions | |
| LinFloatExpr | Gecode::operator+ (const FloatVal &, const FloatVar &) |
| Construct linear float expression as sum of float variable and float. | |
| LinFloatExpr | Gecode::operator+ (const FloatVal &, const LinFloatExpr &) |
| Construct linear float expression as sum of linear float expression and float. | |
| LinFloatExpr | Gecode::operator+ (const FloatVar &, const FloatVal &) |
| Construct linear float expression as sum of float variable and float. | |
| LinFloatExpr | Gecode::operator+ (const LinFloatExpr &, const FloatVal &) |
| Construct linear float expression as sum of linear float expression and float. | |
| LinFloatExpr | Gecode::operator+ (const FloatVar &, const FloatVar &) |
| Construct linear float expression as sum of float variables. | |
| LinFloatExpr | Gecode::operator+ (const FloatVar &, const LinFloatExpr &) |
| Construct linear float expression as sum of float variable and linear float expression. | |
| LinFloatExpr | Gecode::operator+ (const LinFloatExpr &, const FloatVar &) |
| Construct linear float expression as sum of linear float expression and float variable. | |
| LinFloatExpr | Gecode::operator+ (const LinFloatExpr &, const LinFloatExpr &) |
| Construct linear float expression as sum of linear float expressions. | |
| LinFloatExpr | Gecode::operator- (const FloatVal &, const FloatVar &) |
| Construct linear float expression as sum of float variable and float. | |
| LinFloatExpr | Gecode::operator- (const FloatVal &, const LinFloatExpr &) |
| Construct linear float expression as sum of float and linear float expression. | |
| LinFloatExpr | Gecode::operator- (const FloatVar &, const FloatVal &) |
| Construct linear float expression as sum of float variable and float. | |
| LinFloatExpr | Gecode::operator- (const LinFloatExpr &, const FloatVal &) |
| Construct linear float expression as sum of linear float expression and float. | |
| LinFloatExpr | Gecode::operator- (const FloatVar &, const FloatVar &) |
| Construct linear float expression as sum of float variables. | |
| LinFloatExpr | Gecode::operator- (const FloatVar &, const LinFloatExpr &) |
| Construct linear float expression as sum of float variable and linear float expression. | |
| LinFloatExpr | Gecode::operator- (const LinFloatExpr &, const FloatVar &) |
| Construct linear float expression as sum of linear float expression and float variable. | |
| LinFloatExpr | Gecode::operator- (const LinFloatExpr &, const LinFloatExpr &) |
| Construct linear float expression as sum of linear float expressions. | |
| LinFloatExpr | Gecode::operator- (const FloatVar &) |
| Construct linear float expression as negative of float variable. | |
| LinFloatExpr | Gecode::operator- (const LinFloatExpr &) |
| Construct linear float expression as negative of linear float expression. | |
| LinFloatExpr | Gecode::operator* (const FloatVal &, const FloatVar &) |
| Construct linear float expression as product of float coefficient and float variable. | |
| LinFloatExpr | Gecode::operator* (const FloatVar &, const FloatVal &) |
| Construct linear float expression as product of float coefficient and float variable. | |
| LinFloatExpr | Gecode::operator* (const LinFloatExpr &, const FloatVal &) |
| Construct linear float expression as product of float coefficient and linear float expression. | |
| LinFloatExpr | Gecode::operator* (const FloatVal &, const LinFloatExpr &) |
| Construct linear float expression as product of float coefficient and linear float expression. | |
| LinFloatExpr | Gecode::sum (const FloatVarArgs &x) |
| Construct linear float expression as sum of float variables. | |
| LinFloatExpr | Gecode::sum (const FloatValArgs &a, const FloatVarArgs &x) |
| Construct linear float expression as sum of float variables with coefficients. | |
| LinFloatRel | Gecode::operator== (const FloatVal &l, const FloatVar &r) |
| Construct linear float equality relation. | |
| LinFloatRel | Gecode::operator== (const FloatVal &l, const LinFloatExpr &r) |
| Construct linear float equality relation. | |
| LinFloatRel | Gecode::operator== (const FloatVar &l, const FloatVal &r) |
| Construct linear float equality relation. | |
| LinFloatRel | Gecode::operator== (const LinFloatExpr &l, const FloatVal &r) |
| Construct linear float equality relation. | |
| LinFloatRel | Gecode::operator== (const FloatVar &l, const FloatVar &r) |
| Construct linear float equality relation. | |
| LinFloatRel | Gecode::operator== (const FloatVar &l, const LinFloatExpr &r) |
| Construct linear float equality relation. | |
| LinFloatRel | Gecode::operator== (const LinFloatExpr &l, const FloatVar &r) |
| Construct linear float equality relation. | |
| LinFloatRel | Gecode::operator== (const LinFloatExpr &l, const LinFloatExpr &r) |
| Construct linear float equality relation. | |
| LinFloatRel | Gecode::operator!= (const FloatVal &l, const FloatVar &r) |
| Construct linear float disequality relation. | |
| LinFloatRel | Gecode::operator!= (const FloatVal &l, const LinFloatExpr &r) |
| Construct linear float disequality relation. | |
| LinFloatRel | Gecode::operator!= (const FloatVar &l, const FloatVal &r) |
| Construct linear float disequality relation. | |
| LinFloatRel | Gecode::operator!= (const LinFloatExpr &l, const FloatVal &r) |
| Construct linear float disequality relation. | |
| LinFloatRel | Gecode::operator!= (const FloatVar &l, const FloatVar &r) |
| Construct linear float disequality relation. | |
| LinFloatRel | Gecode::operator!= (const FloatVar &l, const LinFloatExpr &r) |
| Construct linear float disequality relation. | |
| LinFloatRel | Gecode::operator!= (const LinFloatExpr &l, const FloatVar &r) |
| Construct linear float disequality relation. | |
| LinFloatRel | Gecode::operator!= (const LinFloatExpr &l, const LinFloatExpr &r) |
| Construct linear float disequality relation. | |
| LinFloatRel | Gecode::operator< (const FloatVal &l, const FloatVar &r) |
| Construct linear float inequality relation. | |
| LinFloatRel | Gecode::operator< (const FloatVal &l, const LinFloatExpr &r) |
| Construct linear float inequality relation. | |
| LinFloatRel | Gecode::operator< (const FloatVar &l, const FloatVal &r) |
| Construct linear float inequality relation. | |
| LinFloatRel | Gecode::operator< (const LinFloatExpr &l, const FloatVal &r) |
| Construct linear float inequality relation. | |
| LinFloatRel | Gecode::operator< (const FloatVar &l, const FloatVar &r) |
| Construct linear float inequality relation. | |
| LinFloatRel | Gecode::operator< (const FloatVar &l, const LinFloatExpr &r) |
| Construct linear float inequality relation. | |
| LinFloatRel | Gecode::operator< (const LinFloatExpr &l, const FloatVar &r) |
| Construct linear float inequality relation. | |
| LinFloatRel | Gecode::operator< (const LinFloatExpr &l, const LinFloatExpr &r) |
| Construct linear float inequality relation. | |
| LinFloatRel | Gecode::operator<= (const FloatVal &l, const FloatVar &r) |
| Construct linear float inequality relation. | |
| LinFloatRel | Gecode::operator<= (const FloatVal &l, const LinFloatExpr &r) |
| Construct linear float inequality relation. | |
| LinFloatRel | Gecode::operator<= (const FloatVar &l, const FloatVal &r) |
| Construct linear float inequality relation. | |
| LinFloatRel | Gecode::operator<= (const LinFloatExpr &l, const FloatVal &r) |
| Construct linear float inequality relation. | |
| LinFloatRel | Gecode::operator<= (const FloatVar &l, const FloatVar &r) |
| Construct linear float inequality relation. | |
| LinFloatRel | Gecode::operator<= (const FloatVar &l, const LinFloatExpr &r) |
| Construct linear float inequality relation. | |
| LinFloatRel | Gecode::operator<= (const LinFloatExpr &l, const FloatVar &r) |
| Construct linear float inequality relation. | |
| LinFloatRel | Gecode::operator<= (const LinFloatExpr &l, const LinFloatExpr &r) |
| Construct linear float inequality relation. | |
| LinFloatRel | Gecode::operator> (const FloatVal &l, const FloatVar &r) |
| Construct linear float inequality relation. | |
| LinFloatRel | Gecode::operator> (const FloatVal &l, const LinFloatExpr &r) |
| Construct linear float inequality relation. | |
| LinFloatRel | Gecode::operator> (const FloatVar &l, const FloatVal &r) |
| Construct linear float inequality relation. | |
| LinFloatRel | Gecode::operator> (const LinFloatExpr &l, const FloatVal &r) |
| Construct linear float inequality relation. | |
| LinFloatRel | Gecode::operator> (const FloatVar &l, const FloatVar &r) |
| Construct linear float inequality relation. | |
| LinFloatRel | Gecode::operator> (const FloatVar &l, const LinFloatExpr &r) |
| Construct linear float inequality relation. | |
| LinFloatRel | Gecode::operator> (const LinFloatExpr &l, const FloatVar &r) |
| Construct linear float inequality relation. | |
| LinFloatRel | Gecode::operator> (const LinFloatExpr &l, const LinFloatExpr &r) |
| Construct linear float inequality relation. | |
| LinFloatRel | Gecode::operator>= (const FloatVal &l, const FloatVar &r) |
| Construct linear float inequality relation. | |
| LinFloatRel | Gecode::operator>= (const FloatVal &l, const LinFloatExpr &r) |
| Construct linear float inequality relation. | |
| LinFloatRel | Gecode::operator>= (const FloatVar &l, const FloatVal &r) |
| Construct linear float inequality relation. | |
| LinFloatRel | Gecode::operator>= (const LinFloatExpr &l, const FloatVal &r) |
| Construct linear float inequality relation. | |
| LinFloatRel | Gecode::operator>= (const FloatVar &l, const FloatVar &r) |
| Construct linear float inequality relation. | |
| LinFloatRel | Gecode::operator>= (const FloatVar &l, const LinFloatExpr &r) |
| Construct linear float inequality relation. | |
| LinFloatRel | Gecode::operator>= (const LinFloatExpr &l, const FloatVar &r) |
| Construct linear float inequality relation. | |
| LinFloatRel | Gecode::operator>= (const LinFloatExpr &l, const LinFloatExpr &r) |
| Construct linear float inequality relation. |
Detailed Description
Linear float expressions can be freely composed of sums and differences of float variables (Gecode::FloatVar) with float coefficients and float constants.
Linear float relations are obtained from linear float expressions with the normal relation operators.
Function Documentation
| LinFloatExpr Gecode::operator+ | ( | const FloatVal & | c, | |
| const FloatVar & | x | |||
| ) |
Construct linear float expression as sum of float variable and float.
| LinFloatExpr Gecode::operator+ | ( | const FloatVal & | c, | |
| const LinFloatExpr & | e | |||
| ) |
Construct linear float expression as sum of linear float expression and float.
| LinFloatExpr Gecode::operator+ | ( | const FloatVar & | x, | |
| const FloatVal & | c | |||
| ) |
Construct linear float expression as sum of float variable and float.
| LinFloatExpr Gecode::operator+ | ( | const LinFloatExpr & | e, | |
| const FloatVal & | c | |||
| ) |
Construct linear float expression as sum of linear float expression and float.
| LinFloatExpr Gecode::operator+ | ( | const FloatVar & | x, | |
| const FloatVar & | y | |||
| ) |
Construct linear float expression as sum of float variables.
| LinFloatExpr Gecode::operator+ | ( | const FloatVar & | x, | |
| const LinFloatExpr & | e | |||
| ) |
Construct linear float expression as sum of float variable and linear float expression.
| LinFloatExpr Gecode::operator+ | ( | const LinFloatExpr & | e, | |
| const FloatVar & | x | |||
| ) |
Construct linear float expression as sum of linear float expression and float variable.
| LinFloatExpr Gecode::operator+ | ( | const LinFloatExpr & | e1, | |
| const LinFloatExpr & | e2 | |||
| ) |
Construct linear float expression as sum of linear float expressions.
| LinFloatExpr Gecode::operator- | ( | const FloatVal & | c, | |
| const FloatVar & | x | |||
| ) |
Construct linear float expression as sum of float variable and float.
| LinFloatExpr Gecode::operator- | ( | const FloatVal & | c, | |
| const LinFloatExpr & | e | |||
| ) |
Construct linear float expression as sum of float and linear float expression.
| LinFloatExpr Gecode::operator- | ( | const FloatVar & | x, | |
| const FloatVal & | c | |||
| ) |
Construct linear float expression as sum of float variable and float.
| LinFloatExpr Gecode::operator- | ( | const LinFloatExpr & | e, | |
| const FloatVal & | c | |||
| ) |
Construct linear float expression as sum of linear float expression and float.
| LinFloatExpr Gecode::operator- | ( | const FloatVar & | x, | |
| const FloatVar & | y | |||
| ) |
Construct linear float expression as sum of float variables.
| LinFloatExpr Gecode::operator- | ( | const FloatVar & | x, | |
| const LinFloatExpr & | e | |||
| ) |
Construct linear float expression as sum of float variable and linear float expression.
| LinFloatExpr Gecode::operator- | ( | const LinFloatExpr & | e, | |
| const FloatVar & | x | |||
| ) |
Construct linear float expression as sum of linear float expression and float variable.
| LinFloatExpr Gecode::operator- | ( | const LinFloatExpr & | e1, | |
| const LinFloatExpr & | e2 | |||
| ) |
Construct linear float expression as sum of linear float expressions.
| LinFloatExpr Gecode::operator- | ( | const FloatVar & | x | ) |
Construct linear float expression as negative of float variable.
| LinFloatExpr Gecode::operator- | ( | const LinFloatExpr & | e | ) |
Construct linear float expression as negative of linear float expression.
| LinFloatExpr Gecode::operator* | ( | const FloatVal & | a, | |
| const FloatVar & | x | |||
| ) |
Construct linear float expression as product of float coefficient and float variable.
| LinFloatExpr Gecode::operator* | ( | const FloatVar & | x, | |
| const FloatVal & | a | |||
| ) |
Construct linear float expression as product of float coefficient and float variable.
| LinFloatExpr Gecode::operator* | ( | const LinFloatExpr & | e, | |
| const FloatVal & | a | |||
| ) |
Construct linear float expression as product of float coefficient and linear float expression.
| LinFloatExpr Gecode::operator* | ( | const FloatVal & | a, | |
| const LinFloatExpr & | e | |||
| ) |
Construct linear float expression as product of float coefficient and linear float expression.
| LinFloatExpr Gecode::sum | ( | const FloatVarArgs & | x | ) |
Construct linear float expression as sum of float variables.
| LinFloatExpr Gecode::sum | ( | const FloatValArgs & | a, | |
| const FloatVarArgs & | x | |||
| ) |
Construct linear float expression as sum of float variables with coefficients.
| LinFloatRel Gecode::operator== | ( | const FloatVal & | l, | |
| const FloatVar & | r | |||
| ) |
Construct linear float equality relation.
| LinFloatRel Gecode::operator== | ( | const FloatVal & | l, | |
| const LinFloatExpr & | r | |||
| ) |
Construct linear float equality relation.
| LinFloatRel Gecode::operator== | ( | const FloatVar & | l, | |
| const FloatVal & | r | |||
| ) |
Construct linear float equality relation.
| LinFloatRel Gecode::operator== | ( | const LinFloatExpr & | l, | |
| const FloatVal & | r | |||
| ) |
Construct linear float equality relation.
| LinFloatRel Gecode::operator== | ( | const FloatVar & | l, | |
| const FloatVar & | r | |||
| ) |
Construct linear float equality relation.
| LinFloatRel Gecode::operator== | ( | const FloatVar & | l, | |
| const LinFloatExpr & | r | |||
| ) |
Construct linear float equality relation.
| LinFloatRel Gecode::operator== | ( | const LinFloatExpr & | l, | |
| const FloatVar & | r | |||
| ) |
Construct linear float equality relation.
| LinFloatRel Gecode::operator== | ( | const LinFloatExpr & | l, | |
| const LinFloatExpr & | r | |||
| ) |
Construct linear float equality relation.
| LinFloatRel Gecode::operator!= | ( | const FloatVal & | l, | |
| const FloatVar & | r | |||
| ) |
Construct linear float disequality relation.
| LinFloatRel Gecode::operator!= | ( | const FloatVal & | l, | |
| const LinFloatExpr & | r | |||
| ) |
Construct linear float disequality relation.
| LinFloatRel Gecode::operator!= | ( | const FloatVar & | l, | |
| const FloatVal & | r | |||
| ) |
Construct linear float disequality relation.
| LinFloatRel Gecode::operator!= | ( | const LinFloatExpr & | l, | |
| const FloatVal & | r | |||
| ) |
Construct linear float disequality relation.
| LinFloatRel Gecode::operator!= | ( | const FloatVar & | l, | |
| const FloatVar & | r | |||
| ) |
Construct linear float disequality relation.
| LinFloatRel Gecode::operator!= | ( | const FloatVar & | l, | |
| const LinFloatExpr & | r | |||
| ) |
Construct linear float disequality relation.
| LinFloatRel Gecode::operator!= | ( | const LinFloatExpr & | l, | |
| const FloatVar & | r | |||
| ) |
Construct linear float disequality relation.
| LinFloatRel Gecode::operator!= | ( | const LinFloatExpr & | l, | |
| const LinFloatExpr & | r | |||
| ) |
Construct linear float disequality relation.
| LinFloatRel Gecode::operator< | ( | const FloatVal & | l, | |
| const FloatVar & | r | |||
| ) |
Construct linear float inequality relation.
| LinFloatRel Gecode::operator< | ( | const FloatVal & | l, | |
| const LinFloatExpr & | r | |||
| ) |
Construct linear float inequality relation.
| LinFloatRel Gecode::operator< | ( | const FloatVar & | l, | |
| const FloatVal & | r | |||
| ) |
Construct linear float inequality relation.
| LinFloatRel Gecode::operator< | ( | const LinFloatExpr & | l, | |
| const FloatVal & | r | |||
| ) |
Construct linear float inequality relation.
| LinFloatRel Gecode::operator< | ( | const FloatVar & | l, | |
| const FloatVar & | r | |||
| ) |
Construct linear float inequality relation.
| LinFloatRel Gecode::operator< | ( | const FloatVar & | l, | |
| const LinFloatExpr & | r | |||
| ) |
Construct linear float inequality relation.
| LinFloatRel Gecode::operator< | ( | const LinFloatExpr & | l, | |
| const FloatVar & | r | |||
| ) |
Construct linear float inequality relation.
| LinFloatRel Gecode::operator< | ( | const LinFloatExpr & | l, | |
| const LinFloatExpr & | r | |||
| ) |
Construct linear float inequality relation.
| LinFloatRel Gecode::operator<= | ( | const FloatVal & | l, | |
| const FloatVar & | r | |||
| ) |
Construct linear float inequality relation.
| LinFloatRel Gecode::operator<= | ( | const FloatVal & | l, | |
| const LinFloatExpr & | r | |||
| ) |
Construct linear float inequality relation.
| LinFloatRel Gecode::operator<= | ( | const FloatVar & | l, | |
| const FloatVal & | r | |||
| ) |
Construct linear float inequality relation.
| LinFloatRel Gecode::operator<= | ( | const LinFloatExpr & | l, | |
| const FloatVal & | r | |||
| ) |
Construct linear float inequality relation.
| LinFloatRel Gecode::operator<= | ( | const FloatVar & | l, | |
| const FloatVar & | r | |||
| ) |
Construct linear float inequality relation.
| LinFloatRel Gecode::operator<= | ( | const FloatVar & | l, | |
| const LinFloatExpr & | r | |||
| ) |
Construct linear float inequality relation.
| LinFloatRel Gecode::operator<= | ( | const LinFloatExpr & | l, | |
| const FloatVar & | r | |||
| ) |
Construct linear float inequality relation.
| LinFloatRel Gecode::operator<= | ( | const LinFloatExpr & | l, | |
| const LinFloatExpr & | r | |||
| ) |
Construct linear float inequality relation.
| LinFloatRel Gecode::operator> | ( | const FloatVal & | l, | |
| const FloatVar & | r | |||
| ) |
Construct linear float inequality relation.
| LinFloatRel Gecode::operator> | ( | const FloatVal & | l, | |
| const LinFloatExpr & | r | |||
| ) |
Construct linear float inequality relation.
| LinFloatRel Gecode::operator> | ( | const FloatVar & | l, | |
| const FloatVal & | r | |||
| ) |
Construct linear float inequality relation.
| LinFloatRel Gecode::operator> | ( | const LinFloatExpr & | l, | |
| const FloatVal & | r | |||
| ) |
Construct linear float inequality relation.
| LinFloatRel Gecode::operator> | ( | const FloatVar & | l, | |
| const FloatVar & | r | |||
| ) |
Construct linear float inequality relation.
| LinFloatRel Gecode::operator> | ( | const FloatVar & | l, | |
| const LinFloatExpr & | r | |||
| ) |
Construct linear float inequality relation.
| LinFloatRel Gecode::operator> | ( | const LinFloatExpr & | l, | |
| const FloatVar & | r | |||
| ) |
Construct linear float inequality relation.
| LinFloatRel Gecode::operator> | ( | const LinFloatExpr & | l, | |
| const LinFloatExpr & | r | |||
| ) |
Construct linear float inequality relation.
| LinFloatRel Gecode::operator>= | ( | const FloatVal & | l, | |
| const FloatVar & | r | |||
| ) |
Construct linear float inequality relation.
| LinFloatRel Gecode::operator>= | ( | const FloatVal & | l, | |
| const LinFloatExpr & | r | |||
| ) |
Construct linear float inequality relation.
| LinFloatRel Gecode::operator>= | ( | const FloatVar & | l, | |
| const FloatVal & | r | |||
| ) |
Construct linear float inequality relation.
| LinFloatRel Gecode::operator>= | ( | const LinFloatExpr & | l, | |
| const FloatVal & | r | |||
| ) |
Construct linear float inequality relation.
| LinFloatRel Gecode::operator>= | ( | const FloatVar & | l, | |
| const FloatVar & | r | |||
| ) |
Construct linear float inequality relation.
| LinFloatRel Gecode::operator>= | ( | const FloatVar & | l, | |
| const LinFloatExpr & | r | |||
| ) |
Construct linear float inequality relation.
| LinFloatRel Gecode::operator>= | ( | const LinFloatExpr & | l, | |
| const FloatVar & | r | |||
| ) |
Construct linear float inequality relation.
| LinFloatRel Gecode::operator>= | ( | const LinFloatExpr & | l, | |
| const LinFloatExpr & | r | |||
| ) |
Construct linear float inequality relation.


SPA is a discrete growth process for networks featuring scale-free and overlapping community structure.
It models two phenomena simultaneously: the growth of community structure and the growth of the internal structure of communities.
In the growth of community structure, a vertex joins a community by creating an edge with an existing member.
The vertex (community) is a new one with probability p (q), and otherwise chosen within the existing set of vertices (communities) preferentially.
In so doing, SPA generates a network whose building blocks are overlapping groups of scale-free distributed communities.
The internal structure of communities is determined by an intuitive densification process.
A link is added between two vertices members of a same community, at a rate which is controlled by a third parameter, r.
Higher values leads to denser (more connected) communities
.The structural properties below only start to illustrate the richness of the SPA process.
Average probability that two neighbours of a given vertex are themselves connected.
Further ReadingCorrelation coefficient between the degree of a given vertex and its neighbours' degrees.
Further ReadingMaximum average degree within the most interconnected subset of the network.
Further ReadingThe average fraction of possible edges that actually appear within communities.
Further ReadingSimilarity of the set of vertices of two randomly selected communities.
Further ReadingThe running time explodes for extremal values of p, q, and r.
Since the structural properties vary continuously with the parameters, similar parameters generate similar networks.
Hence, a small subset of qualitatively different networks can give us a good idea of what's going on.
We identified nine representative sets of parameters by
| Parameters | Selected properties | |||||||||
|---|---|---|---|---|---|---|---|---|---|---|
| p | q | r | Density | Clustering | Degree assortativity | Maximal coreness | Largest community | Highest membership | Partition density | Average overlap |
| 0.10 | 0.05 | 1 | +++ | +++ | --- | +++ | +++ | +++ | +++ | +++ |
| 0.30 | 0.15 | 1 | +++ | ++ | -- | +++ | +++ | +++ | +++ | +++ |
| 0.85 | 0.85 | 1 | + | + | ++ | + | + | + | + | + |
| 0.45 | 0.60 | 1 | ++ | ++ | ++ | ++ | ++ | ++ | ++ | ++ |
| 0.75 | 0.55 | 1 | + | + | + | + | ++ | + | + | ++ |
| 0.05 | 0.85 | 10 | +++ | +++ | +++ | +++ | + | +++ | +++ | + |
| 0.85 | 0.20 | 10 | ++ | + | + | + | ++ | + | + | + |
| 0.75 | 0.10 | 10 | ++ | ++ | - | ++ | +++ | ++ | ++ | ++ |
| 0.70 | 0.80 | 10 | + | +++ | +++ | ++ | + | ++ | ++ | +++ |
The SPA process generates realistic synthetic networks with a known overlapping community structure.
Many algorithms aim to uncover such communities in empirical datasets, and telling them apart calls for good benchmarking tools.
It's a straightforward process.
One simply needs to produce an SPA network, use a detection algorithm to recover its community structure, and compare the results with the known communities (using the Normalized Mutual Information, for instance).
Below, we applied state-of-the-art community detection algorithms to the nine representative subsets of networks.
And we found pretty interesting results.
BigCLAM fits a generative model to empirical datasets using a coordinate descent.
Further ReadingCOPRA uses the steady state of a label propagation dynamics to determine the assignment of nodes to communities.
Further ReadingOSLOM optimizes a fitness function that expresses the statistical significance of communities with respect to random fluctuations.
Further ReadingOf course, this list is far from complete, so
and we'll add your algorithm here.
Or you can simply download the software below.
In the meantime, you can check out the stochastic process itself
To get a notification when the benchmarking paper is out, enter your email address here.
In the meantime, you may wish to check our other papers on SPA and its hierarchical variant..
Built by Jean-Gabriel Young and Louis Roy,
with the help of Edward Laurence and Laurent Hébert-Dufresne
.Code licensed under MIT, documentation under CC BY 3.0.


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Can't find what you're looking for!
How about a quick game of Onslaught! Defense instead?


5.A, 3.3.2-label-provided
| Test Name | Test ID | Test Condition |
|---|---|---|
| 3.3.2-label-provided | 5.A | Labels or instructions are provided for form elements. |
Evaluate Results:
If the following is TRUE, the content PASSES:
- Labels or instructions are provided for each form element.


When you work with us, you are part of a team of commited collaborators. Al aspects of our software
development process are intergrated, interactive and agile.
Our approach unifies design, dvelopment to create exceptional products.
We start each project by understanding you business goals, the user's needs and the product requirements
.
Then we help translate them into effective and elegant solutions.
Before we sign a contract or write a line of code our team will spend the necessary time needed to understand your product vision. The outcome of this scoping session is a proposal or high-level statement of work. Based on your requirements, we provide a complete offering or just the pieces you need.
DESIGN
Our design practice offers a full range of services including brand strategy, interaction and visual design and user experience testing. Throughout your project, our designers create and implement visual design and workflows, solicit user feedback and work with you to make sure what gets built is what is needed.
DEVELOPMENT
All engineers are fluent in the latest enterprise, mobile and web development technologies. They collaborate with your team to write, and improve code on a daily basis, using proven practices such as test-driven development and pair programming.
Planning and development is iterative. Because we are constantly coding and testing, the products we build are always ready to go live. This iterative process allows for changes as business requirements evolve.
All black app
Mighty Ontario Security app
Orange window project
Jim Carrey chatroom app
Elena nature web app
Wordpress web app
Burned project
Bailey wonger


- generateReportData(Contractor) - Static method in class server.model.Contractor
-
Generates a List of ReportData objects for viewing contractor data in report format.
- getAgencySource() - Method in class server.model.Contractor
-
Gets the Agency Source of the current contractor
- getBillingMonth() - Method in class server.model.ReportData
-
Gets the billing month for this report data.
- getChargeType() - Method in class server.model.EngagementContract
-
- getCompany() - Method in class server.model.ReportData
-
Gets the company for this report data.
- getContractorName() - Method in class server.model.ReportData
-
Gets the contractor's name for this report data.
- getContractors() - Method in class server.rest.controllers.ContractorsController
-
Gets the list of all contractors in the database
- getContractors() - Method in class server.rest.responses.ContractorsResponse
-
Gets the list of contractors
- getContracts() - Method in class server.model.Contractor
-
Gets all the engagement contracts for this contractor.
- getCostCenter() - Method in class server.model.EngagementContract
-
- getCostCenter() - Method in class server.model.ReportData
-
Gets the cost center location for this report data.
- getCostCenters() - Method in class server.rest.controllers.CostCentersController
-
Get all the Cost Centers
- getCur1ID() - Method in class server.model.FXRate
-
Gets the id of the first currency
- getCur2ID() - Method in class server.model.FXRate
-
Gets the id of the second currency
- getCurrencyCode() - Method in class server.model.EngagementContract
-
- getCurrentDateTime() - Static method in class server.session.AuthenticationController
-
Gets the current date and time in a String
- getDailyAllowance() - Method in class server.model.EngagementContract
-
- getData() - Method in class server.rest.responses.CostCentersResponse
-
Gets all the cost centes
- getData() - Method in class server.rest.responses.FXRatesResponse
-
Gets the fx rates
- getData() - Method in class server.rest.responses.HiringManagersResponse
-
Gets all the hiring managers
- getData() - Method in class server.rest.responses.HRPayGradeResponse
-
Gets the list of HR Pay Grades
- getData() - Method in class server.rest.responses.HRPositionRoleResponse
-
Gets all the roles
- getData() - Method in class server.rest.responses.SkillsResponse
-
Gets the list of skills
- getData() - Method in class server.rest.responses.UsersResponse
-
Gets the list of users
- getDbConnectionURL() - Method in class server.database.DatabaseConnectionConfig
-
- getDbPassword() - Method in class server.database.DatabaseConnectionConfig
-
- getDbUsername() - Method in class server.database.DatabaseConnectionConfig
-
- getDescription() - Method in class server.model.HRPositionRole
-
Gets the description of the HRPositionRole
- getDescription() - Method in class server.model.Skill
-
Gets the description of the skill
- getDollarRate() - Method in class server.model.EngagementContract
-
- getEndAmount() - Method in class server.model.HRPayGrade
-
Gets the end amount for the pay grade
- getEndDate() - Method in class server.model.EngagementContract
-
- getEndDate() - Method in class server.model.ReportData
-
Gets the end date for this report data.
- getErrorMessage() - Method in class server.rest.responses.Response
-
Gets the error message
- getFirstName() - Method in class server.model.Contractor
-
Gets the first name of the current contractor
- getFirstName() - Method in class server.model.HiringManager
-
Gets the first name of the current user
- getHiringManager() - Method in class server.model.EngagementContract
-
- getHiringManager() - Method in class server.model.ReportData
-
Gets the hiring manager's name for this report data.
- getHiringManager() - Method in class server.rest.responses.HiringManagerResponse
-
Gets the hiring manager
- getHiringManagers() - Method in class server.rest.controllers.HiringManagersController
-
- getHrPayGrade() - Method in class server.model.EngagementContract
-
- getHrPositionRole() - Method in class server.model.EngagementContract
-
- getHRRoles() - Method in class server.rest.controllers.HRPositionRoleController
-
Get all HR Roles
- getId() - Method in class server.model.Contractor
-
Gets the Id of the current contractor
- getId() - Method in class server.model.CostCenter
-
Gets the id of the cost center
- getId() - Method in class server.model.EngagementContract
-
- getId() - Method in class server.model.HiringManager
-
Gets the user ID of the current user
- getId() - Method in class server.model.HRPayGrade
-
Gets the id of the pay grade
- getId() - Method in class server.model.HRPositionRole
-
Gets the id of the HRPositionRole
- getId() - Method in class server.model.Skill
-
Gets the id of the skill
- getLastName() - Method in class server.model.Contractor
-
Gets the last name of the current contractor
- getLastName() - Method in class server.model.HiringManager
-
Gets the last name of the current user
- getLocation() - Method in class server.model.CostCenter
-
Gets the location of the cost center
- getLogins() - Static method in class server.session.AuthenticationController
-
Get all the users that are logged in
- getMainSkill() - Method in class server.model.EngagementContract
-
- getMonthlyCost() - Method in class server.model.EngagementContract
-
Gets the estimated monthly cost for this month of the engagement contract
- getName() - Method in class server.model.HRPayGrade
-
Gets the name of the Pay Grade
- getName() - Method in class server.model.Skill
-
Gets the name of the skill
- getOriginalDocumentation() - Method in class server.model.EngagementContract
-
- getPassword() - Method in class server.model.User
-
Gets the password of this user
- getPayGrade() - Method in class server.rest.responses.HRAddEditPayGradeResponse
-
Gets the paygrade object
- getPayGrades() - Method in class server.rest.controllers.HRPayGradeController
-
Get all the paygrades in the database
- getPermissions() - Method in class server.model.User
-
Gets the permissions of this user
- getPermissions() - Method in class server.rest.responses.LoginResponse
-
Gets the permissions of the logged in user
- getPermissions() - Method in class server.rest.responses.RefreshResponse
-
Gets the permissions of the user
- getPoRefNum() - Method in class server.model.EngagementContract
-
- getPreparedStatement(String) - Method in class server.database.DatabaseConnection
-
Creates a prepared statement to be executed by the connection
- getProjectName() - Method in class server.model.EngagementContract
-
- getRate(String, String, double) - Static method in class server.externalapi.CurrencyConverter
-
Gets the exchange rate between 2 given currencies
- getRate() - Method in class server.model.FXRate
-
Gets the exchange rate between the two currencies
- getRates() - Method in class server.rest.controllers.FXRateController
-
Get all the FXRates in the database
- getRateType() - Method in class server.model.EngagementContract
-
- getReportData() - Method in class server.rest.responses.ReportResponse
-
Gets the list of report data
- getRole() - Method in class server.rest.responses.HRRolesResponse
-
Gets the role
- getRoleName() - Method in class server.model.HRPositionRole
-
Gets the role name of the HRPositionRole
- getSkill() - Method in class server.rest.responses.SkillsAddResponse
-
Gets the skill object
- getSkill() - Method in class server.rest.responses.SkillsEditResponse
-
Gets the skill object
- getStartAmount() - Method in class server.model.HRPayGrade
-
Gets the start amount for the pay grade
- getStartDate() - Method in class server.model.EngagementContract
-
- getStartDate() - Method in class server.model.ReportData
-
Get's the start date for this report data.
- getStatus() - Method in class server.model.Contractor
-
The status of the current contractor
- getTerminationNum() - Method in class server.model.EngagementContract
-
- getTimeMaterialTerms() - Method in class server.model.EngagementContract
-
- getTimestamp() - Method in class server.model.Login
-
Gets the timestamp of the last access for the logged in user
- getToken() - Method in class server.model.Login
-
Gets the token for the login that is used by the frontend
- getToken() - Method in class server.rest.responses.LoginResponse
-
Gets the token of the logged in user
- getToken(String) - Static method in class server.session.AuthenticationController
-
Gets the unique token of the username
- getTotalMonthlyCost() - Method in class server.model.ReportData
-
Gets the total monthly cost for this report data.
- getType() - Method in class server.model.Skill
-
Gets the type of the skill
- getUser() - Method in class server.rest.responses.UsersAddResponse
-
Gets the user object
- getUser() - Method in class server.rest.responses.UsersEditResponse
-
Gets the user object
- getUsername() - Method in class server.model.Login
-
Gets the username of the user who logged in
- getUsername() - Method in class server.model.User
-
Gets the username of this user.
- getUsername() - Method in class server.rest.responses.LoginResponse
-
Gets the username of the logged in user
- getUsers() - Method in class server.rest.controllers.UserController
-
Gets all the users in the database
- getWorkingMonth() - Method in class server.model.ReportData
-
Gets the working month for this report data.


You've Got Mail (Reviewed on Jan. 14/99)
Starring Tom Hanks, Meg Ryan, Parker Posey, Greg Kinnear, Steve Zahn
"You've Got Mail" is the very definition of a "cute" movie. It's got cute stars, a cute story-line, and even cute pets. Despite this over-whelming cuteness (or maybe because of it), I loved "You've Got Mail".
I know, I know. I'm supposed to be a film critic. I'm not supposed to love transparent and formula pictures like this. But darn it, somewhere along the way, "You've Got Mail" reeled me in, hook, line, and sinker.
The movie stars Tom Hanks and Meg Ryan as two somewhat unhappy New Yorkers who meet in an AOL online chat room and quickly become close friends, without ever knowing each others identity. As the movie progresses, though, they begin to discover that they have a lot in common with each other. Meanwhile, in "real-life", they are bitter competitors. She owns a quaint little children's bookstore, he owns one of those gigantic super-bookstores that offer impersonal service and discount prices. While his store threatens to run her store out of business, their online relationship grows stronger.
"You've Got Mail" is as artificial as movies come. Everything is nice and happy and by the end, all the characters have gotten exactly what they wanted out of life. There are no real conflicts, no major disappointments, no unresolved issues. Nevertheless, I quite enjoyed it. In fact, I can't remember the last time I had such a good time at the movies.
I think sometimes you have to be able to watch a movie and just get drawn into it. The fact that stars Hank and Ryan are at the top of their game does not hurt either. In particular, Hanks is at his best here, turning his "charm-meter" up to 11. Everytime he was on screen, he had my full attention. And despite the fact that he was driving little bookstores out of business, I was rooting for him. It was good to see Hanks back doing what he does best: Playing the affable everyman.
"You've Got Mail" certainly won't be winning any awards, but as an exercise in pure entertainment, it's as good as it gets.
***1/2 out of ****
David Nusair<EMAIL_ADDRESS>:"Yesterday, the last professional hockey player to play without a helmet : ; announced he's retiring. His actual words were, `I no play hockey never ; : more.'" -Conan O'Brien :
Dept. of Good Vibes, Come visit my Reel Film Reviews site Carleton University at "http://chat.carleton.ca/~dnusair"
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


Take the short quiz below to see what tropical destination should be your next escape!
 Nestled in Siberia, Oymyakon is the coldest city on planet earth.
Averaging temperatures above 115 degrees in the summer, Death Valley is one of the hottest places on planet earth. Don't forget your sunscreen!
With it's crystal clear, smaragdine waters and white sandy beaches, Bora Bora is basically paradise.
Known for exciting shows such as Breaking Bad and...  You got this answer because you are boring and you should feel bad.


If you would like to custom code effects, you may do so. This could be as simple as copying this page's HTML and hard-coding a javascript loop to produce the color and timing effects you are looking for. Once you start making sub-second calls, Serial+RF latency may means nodes do not receive proper signals.
Just include jquery.js and api.js like in the header of this file.
Any API calls/patterns are being logged and may be re-played at any time during this or any future event. In addition, patterns may be commited to github under https://github.com/anthroprose/streetlights
Test


Gareth Southgate: Sterling tweet brought closure to Gomez incident
by FSA EditorLeaving the England camp will allow Joe Gomez to “clear his head” following a challenging few days, Gareth Southgate said.
England manager Gareth Southgate believes Raheem Sterling’s public message of support for Joe Gomez has drawn a line under a tumultuous week.
Sterling and Gomez became embroiled in a media storm following a bust-up at the beginning of the international break.
Southgate dropped Manchester City star Sterling for Friday’s Euro 2020 qualifying victory over Montenegro, a match partially overshadowed by the boos that greeted Liverpool defender Gomez upon his second-half introduction at Wembley.
The “upsetting experience” for Gomez, as Southgate termed it, prompted Sterling to issue a social media statement accepting “full responsibility” for the spat and defending his team-mate.
An eventful few days took another unexpected turn on Saturday when Gomez pulled out of the squad due to a minor knee problem, but the Three Lions boss now hopes to move forward without further scrutiny of squad harmony.
“You couldn’t make it up, really, if you tried,” Southgate said of Gomez’s injury, which rules him out of Sunday’s game against Kosovo.
“He’s absolutely fine. He took a clash of knees [on Friday]. We scanned it just to be certain and I think he’ll be fine in a couple of days, but he wasn’t able to train.”
Southgate continued: “We actually ended up having a chuckle this morning at the ridiculousness of him having to go home in the way he did.
“It’s been a difficult week for him but one that will make him stronger and one that he’s dealt with really well.
“I think now is a good moment for him just to go home for a couple of days, clear his head. The pleasing thing for me is that we’ve got him back on the pitch.
“I think the fact that Raheem put out the tweet that he did the other night was real closure on that whole incident.
“We get Raheem back on the pitch [against Kosovo]. We won the match on Thursday and we can now just look forward.”
England have already sealed Euro 2020 qualification leading into Sunday’s final Group A fixture in Pristina.
Southgate will reportedly hand goalkeeper Nick Pope his first international start, while Callum Hudson-Odoi could replace Jadon Sancho in attack.


--- title: Summer Previews date: 2014-05-02 00:00:00 -06:00 categories: - whats-blooming layout: post blog-banner: whats-blooming-now-spring.jpg post-date: May 2, 2014 post-time: 1:40 PM blog-image: wbn-default.jpg ---
Volcan Lilac Syringa vulgaris'Volcan'
This wonderfully fragrant late blooming lilac is just about to reveal its delights.
Manchurian Cherry Prunus maackii 'Jefree'
The hanging clusters of buds are bursting open in a beautiful display of white blooms.
Alpine Willow Salix nakamurana var. yezo-alpina
This surprise addition to the Water Pavilion doesn't look like the typical willow most people are familiar with. More curious visitors can find it near the mother and baby moose statues.
Austrian Pine Pinus nigra
While near the Water Pavilion take a moment to enjoy the Conifer Garden and the interesting immature cones to be found on its trees.
Red Jewel Crabapple Malus 'Jewelcole'
Last year's bright red berries make a striking show against this springs flowers.
Here's a sneak peek at some of the incredible variety of plants that will be available next weekend!
While a wonderful selection is available throughout the sale, be sure to get in early for the best selection. The garden is wonderful for a visit any day though!


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---
title: Onward
date: 2019-06-05
featured_image: projects/onward-logo.png
hero_style: none
link: https://onward.to/
redirect_from:
- /onward/
---
This project was also one of the larger React and Redux projects I've worked on. I also made the choice early on to use Firebase for my web services (metadata database, object storage, hosting). While I love the Firebase APIs on their own, wiring them together with React and Redux was a little messy. Neverless, once I got it all setup, my development velocity was awesome. I love the way the MVP turned out:
{% include resimg.html src="projects/onward-home.png" class="with-viewer" %}
{% include resimg.html src="projects/onward-grid.png" class="with-viewer" %}
{% include resimg.html src="projects/onward-hero.png" class="with-viewer" %}
{% include resimg.html src="projects/onward-inline.png" class="with-viewer" %}
I went a bit overboard on the interactions of the editor. To me, the feel of a great editor goes a long way to making me want to use it. Notice how the author chip, date, and save and publish buttons react to content being added for the first time, and the hero image being added.
{% include resimg.html src="projects/onward-editor.gif" %}
Dropping a hero image into a post is downright fun.
Jeff and I were both excited about different ways to present cities in users' posts. I really like the interaction we landed on. Hovering over the map gives you a pannable / zoomable Google Map.
{% include resimg.html src="projects/onward-city.gif" %}
Don't you just NEED to go to Tokyo?
When Jeff came up with the concept, I wasn't confident that I'd be able to replicated it without some janky <canvas>
games. It turns out, CSS clip-path
was exactly what I was looking for.
{% highlight jsx %}
render() {
return (
);
}
{% endhighlight %}
{% highlight css %}
.City-map {
height: 9rem; width: 9rem;
}
.City-map-inner {
border-radius: 8px;
clip-path: circle(4.5rem at 7.5rem 7.5rem);
overflow: hidden;
position: absolute;
top: 0; right: 0; bottom: 0; left: 0;
transition: 0.7s ease all;
}
.City-map:hover .City-map-inner {
clip-path: circle(50rem at 7.5rem 7.5rem);
}
{% endhighlight %}
Pretty tricky! The catch is that it doesn't have support in IE, but who cares about that, anyway?
This project was in the works for a long time, and I'm super excited to have a first version available. Check it out at onward.to. There's still a lot of ironing out to do, so if you'd like to contribute or suggest an improvement, please do on GitHub. Thanks in advance!


Library to facilitate the use of json-server
in applications based on the Angular framework.
ngx-rest-client uses json2entity to
create entities that represent data.
Of course, the library can easily be adapted to cooperate with other production api/restful services.
You should also read about HttpClient, and take a look Example -> Posts.
Note: POST, PUT, PATCH, DELETE - the resource will not be really updated on the server but it will be faked as if.
(more: how-to)