Top-Level View (Use Case Diagram)
The first diagram to view for the Use Case View.
From this, go to the Diagrams Package and open the diagrams following this order:
1, 2, 3, 3.1, 3.2, 3.3, 4, 5
Human Actor Relatioship (Use Case Diagram)
A human actor.
The person who sets up the flowsheet, the structure of the flowsheet, chooses thermodynamic models, the unit operation models and solver packages.
This person hands over a working flowsheet to the [Flowsheet User]. The Flowsheet Builder can act as a [Flowsheet User].
A human actor.
The person who uses an existing flowsheet. This person will put new data into the flowsheet rather than change the structure of the flowsheet.
Bind to SMST Component Use-Case.
Description:
The "bind" process.
Its content strongly depends on the software architecture.
Assumptions:
None.
Create Analysis Factory Use-Case.
Description:
Creates the Analysis factory. It allows to manage the flowsheet solvers.
Assumptions:
None.
Create Flowsheet Factory Use-Case.
Description:
Creates the flowsheet factory. It allows to manage the flowsheet.
Assumptions:
None.
Exit SMST Component Use-Case.
Description:
The "exit" process.
Its content strongly depends on the software architecture.
Assumptions:
None.
Give Factory Name Use-Case.
Description:
Gives the name to the factory.
Assumptions:
None.
Check Available Analysis Use-Case.
Description:
Checks if a numerical analysis is available. The result is TRUE if a numerical analysis available, otherwise the result is FALSE.
The numerical analysis are PARTITIONING, TEARING, SEQUENCING and (FULL) SEQUENTIAL MODULAR ANALYSIS.
If it is not available (for instance, it is not implemented), the corresponding computation is not possible.
Assumptions:
None.
Create a Sequential Modular Analysis Use-Case.
Description:
Creation of the full Sequential Modular Analysis solver.
Assumptions:
[Check Available Analysis] returns true.
Create Analysis Use-Case.
Description:
Creates a numerical analysis.
Assumptions:
None.
Create a Partitioning Analysis Use-Case.
Description:
Creation of the Partitioning solver.
Assumptions:
[Check Available Analysis] returns true.
Create a Sequencing Analysis Use-Case.
Description:
Creation of the Sequencing solver.
Assumptions:
[Check Available Analysis] returns true.
Create a Tearing Analysis Use-Case.
Description:
Creation of the Tearing solver.
Assumptions:
[Check Available Analysis] returns true.
Get Numeric Analysis Information Use-Case.
Description:
Gets information about the created numerical analysis.
Assumptions:
Success of [Create Analysis].
Get Analysis Name Use-Case.
Description:
Gets the analysis name.
Assumptions:
None.
Get Analysis Maximal Stream Count Use-Case.
Description:
Gets the maximal number of streams which can be treated by the analysis.
Assumptions:
None.
Get Analysis Maximal Unit Count Use-Case.
Description:
Gets the maximal number of units which can be treated by the analysis.
Assumptions:
None.
Get Analysis Maximal Dimensions Use-Case.
Description:
Gets the maximal dimension for the analysis.
This value could allow to indicate the limitations imposed by some legacy codes.
Assumptions:
None.
Give Analysis Name Use-Case.
Description:
Gives the name of the analysis.
Assumptions:
None.
Give Analysis Type Use-Case.
Description:
Gives the type of the analysis which will be created.
The 4 types are : PARTITIONING, TEARING, SEQUENCING and SEQUENTIAL MODULAR ANALYSIS.
Assumptions:
None.
Add notToBeTorn Property Use-Case.
Description:
Indicates that the stream should not to be torn during a Tearing Analysis.
This property is used or not by the Tearing analysis, that is implementation dependent.
Assumptions:
None.
Add Stream Use-Case.
Description:
In order to build a Process Graph, all streams of the flowsheet must be described by giving the initial Unit each stream comes from, as well as the final Unit each stream goes to.
If these units do not exist, they are created. If the unit(s) already exist(s), that is implementation dependent.
The stream has by default a weight (implementation dependent) and properties (To Be Torn = False and Not To Be Torn = False). Use [Add Weight] and [Add Stream Property] to overwrite them.
Assumptions:
Add Stream Property Use-Case.
Description:
Adds some properties to a given stream.
Assumptions:
None.
Add Stream Type Use-Case.
Description:
Adds the type of stream e.g. PROCESS, FEED or PRODUCT. PROCESS means that the stream connects two Units which belong to the Process Graph.
Assumptions:
None.
Add toBeTorn Property Use-Case.
Description:
Indicates that the stream has to be torn during a Tearing Analysis.
This property is used or not by the Tearing analysis, that is implementation dependent.
Assumptions:
None.
Add Unit Use-Case.
Description:
Adds the unit which is the origin of the stream or the unit which is the destination of the stream.
Assumptions:
None.
Add Weigth Use-Case.
Description:
The weight for a specified stream is added.
Weight is a parameter for a Tearing analysis. Its value may be used or not by the Tearing analysis, that is implementation dependent.
Assumptions:
None.
Create Process Graph Use-Case.
Description:
Creates a Process Graph.
Assumptions:
None.
Get Flowsheet Maximal Dimension Use-Case.
Description:
Gets the maximum dimension for the Process Graph.
This value could be high (the sizeis of integer type) if the memory management is dynamic.
There could be some limitations due to some legacy codes.
Assumptions:
None.
Get Flowsheet Maximal Stream Count Use-Case.
Description:
Gets the maximum number of streams which can be obtained with [Add Stream].
Assumptions:
None.
Get Flowsheet Maximal Unit Count Use-Case.
Description:
Getting the maximum number of units which can be completed with [Add Unit].
Assumptions:
None.
Give Process Graph Name Use-Case.
Description:
Gives a name to the created Process Graph.
Assumptions:
None.
Remove Stream Use-Case.
Description:
Removes a stream from the Process Graph.
If the initial unit of the removed stream is not used by another stream, the unit is removed.
If the final unit of the removed stream is not used by another stream, the unit is removed.
Assumptions:
The stream was added by the [Add Stream].
Remove Stream Property Use-Case.
Description:
Removes a Stream property such as the stream type, the to Be Torn Property and the Not To Be Torn Property.
Assumptions:
None.
Remove Unit Use-Case.
Description:
Removes a Unit.
Assumptions:
None.
Remove Weigth Use-Case.
Description:
Removes the weigth given to a stream.
Assumptions:
None.
Get Final Unit Use-Case.
Description:
The destination of the directed stream.
Assumptions:
Get Initial Unit Use-Case.
Description:
The origine of the directed stream.
Assumptions:
Get notToBeTorn Property Use-Case.
Description:
Assumptions:
Get Process Graph Name Use-Case.
Description:
Gets the name of a Process Graph.
Assumptions:
None.
Get Set of Streams Use-Case.
Description:
Gets the set of streams.
Assumptions:
None.
Get Set of Units Use-Case.
Description:
Assumptions:
Get Stream Connection Use-Case.
Description:
Gets the origin of the directed stream and
the destination of the directed stream.
Assumptions:
None.
Get Stream Count Use-Case.
Description:
Gets the number of streams.
Assumptions:
None.
Get Stream Information Use-Case.
Description:
Gets information on Streams included in the Process Graph.
Assumptions:
None.
Get Stream Property Use-Case.
Description:
Gets properties of a stream.
The properties are: the type of the stream (PROCESS, FEEF or PRODUCT), the To Be Torn property (False or True) and the Not To Be Torn property (False or True).
Assumptions:
None.
Get Stream Type Use-Case.
Description:
Assumptions:
Get Stream Weigth Use-Case.
Description:
Gets the weigth of a stream.
Assumptions:
None.
Get toBeTorn Property Use-Case.
Description:
Assumptions:
Get Unit Count Use-Case.
Description:
Assumptions:
Get Unit Information Use-Case.
Description:
Gets information on the Units included in the Process Graph.
Information pertains to the number of units and to the set of units.
Assumptions:
None.
Building a Partition Graph Use-Case.
Description:
Builds a Process Graph which is a flowsheet with one partition.
A partition is a Maximum Cycle Network.
Assumptions:
None.
Building an Open Partition Graph Use-Case.
Description:
Builds an Open Partition Graph which is a flowsheet with one opened partition.
A partition is a Maximum Cycle Network.
Assumptions:
None.
Building a Process Graph Use-Case.
Description:
Builds a Process Graph. The Process Graph may be any flowsheet.
Assumptions:
The flowsheet contains at least one stream.
Building a Numeric Analysis Use-Case.
Description:
Builds a numerical analysis such as the Full Sequential Modular Analysis, the Partitioning Analysis, the Tearing Analysis or the Sequencing Analysis.
Assumptions:
None.
Displaying a Partition Graph Use-Case.
Description:
Displays the characteristics of a Partition Graph.
Assumptions:
None.
Displaying an Open Partition Graph Use-Case.
Description:
Displays the characteristics of an Open Process Graph.
Assumptions:
None.
Displaying Process Graph Use-Case.
Description:
Displays the characteristics of a Process Graph.
Assumptions:
Success of [Building a Process Graph]
Get Initial Process Graph Use-Case.
Description:
Gets the "parent" graph from which the graph has been created.
A Graph B can be generated from the analysis results of a Graph A. The Graph B keeps in mind the "parent" Graph A which has created it. This Use-Case gives this "parent" Graph. If this "parent" Graph does not exist, a null value is returned.
Assumptions:
None.
Check Consistency Use-Case.
Description:
Checks the data consistency before an analysis computation.
For a Tearing Analysis, checks that the flowsheet has one Partition.
For a Seqencing Analysis, checks that the flowsheet has no cycle.
Other checks would be implementation dependent.
Assumptions:
None.
Choose Numeric Analysis Use-Case.
Description:
Chooses a created numerical analysis.
Assumptions:
None.
Give Open Partition Graph Use-Case.
Description:
Gives the Open Partition Graph to be analysed.
Assumptions:
None.
Give Partition Graph Use-Case.
Description:
Gives the Partition Graph to be analysed.
Assumptions:
None.
Give Process Graph Use-Case.
Description:
Gives the Process Graph to be analysed.
Assumptions:
None.
Perform Sequential Modular Analysis Use-Case.
Description:
Performs a (Full) Sequential Modular Analysis on a flowsheet.
Assumptions:
None.
Perform Partitioning Analysis Use-Case.
Description:
Performs the Partitioning and Ordering Analysis on a flowsheet.
Assumptions:
None.
Perform Sequencing Analysis Use-Case.
Description:
Performs a Sequencing Analysis on a flowsheet.
Assumptions:
None.
Perform Tearing Analysis Use-Case.
Description:
Performs a Tearing Analysis on a flowsheet.
Assumptions:
None.
Create a Partition Graph from Partitioning Analysis Result Use-Case.
Description:
According to the computation result, from the flowsheet creates and generates a Partition Graph for a specified partition.
The intermediate streams between partitions become FEED or PRODUCT streams of the built Partition Graph. These streams use the External System Representation through [Get External System Representation].
Assumptions:
None.
Create an Open Partition Graph from Tearing Analysis Result Use-Case.
Description:
According to the computation result, from the partition creating and generating an Open Partition Graph.
The torn streams are removed from the partition in order to create and build the Open Partition Graph.
Assumptions:
Get External System Representation Use-Case.
Description:
Gets the external system.
Assumptions:
None.
Get Result Partition Count Use-Case.
Description:
Getting the number of partitions.
Assumptions:
None.
Get Result Unit Count in a Partition Use-Case.
Description:
Gets the number of units in a partition.
Assumptions:
None.
Getting Result for a Partition in Partitioning Analysis Use-Case.
Description:
Gets results for a specified partition after a Partitioning computation.
Assumptions:
None.
Get Result for a Partition in Sequential Modular Analysis Use-Case.
Description:
Gets results for a specified partition after a Full Sequential Modular Analysis computation.
Assumptions:
None.
Getting Result for the Opened Partition in Sequencing Analysis Use-Case.
Description:
Gets results for the opened partition after a Sequencing computation.
Assumptions:
None.
Getting Result for the Partition in Tearing Analysis Use-Case.
Description:
Gets result for the partition after a Tearing computation.
Assumptions:
None.
Get Resulting Set of Units in a Partition Use-Case.
Description:
Assumptions:
None.
Get Result Set of Torn Stream in a Partition Use-Case.
Description:
Gets the resulting set of torn streams for the partition.
That contains the number of torn streams and the set of torn streams.
Assumptions:
None.
Get Result Set of Unit in a Partition Use-Case.
Description:
Gets the resulting set of units for the partition.
That contains the number of units and the set of units.
Assumptions:
None.
Get Result Torn Stream Count in a Partition Use-Case.
Description:
Assumptions:
Get Result Torn Stream in a Partition Use-Case.
Description:
Assumptions:
None.
Get Result Unit Use-Case.
Description:
Assumptions:
Getting Result from Sequential Modular Analysis Use-Case.
Description:
Gets results from the Full Sequential Modular Analysis.
Assumptions:
None.
Collaboration Diagram:Getting Result from Sequential Modular Analysis (Sequence Diagram)
A Collaboration Diagram corresponding to the sequence diagram on Getting Result from Sequential Modular Analysis.
The [Flowsheet User] has started the Pre-Processor Simulation.
The [Pre-Processor Subsystem] gets the results from the Sequential Modular Analysis.
Sequence Diagram:Getting Result from Sequential Modular Analysis (Sequence Diagram)
A Sequence Diagram.
This is a possible scenario of [Getting Result from Sequential Modular Analysis] Use-Case.
The [Flowsheet User] has started the Pre-Processor Simulation.
The [Pre-Processor Subsystem] gets the results from the Sequential Modular Analysis.
Getting Result fromTearing Analysis Use-Case.
Description:
Gets results from the Tearing Analysis.
Assumptions:
None.
Collaboration Diagram:Collaboration Diagram:Getting Result from Tearing Analysis (Sequence Diagram)
A Collaboration Diagram corresponding to the sequence diagram on Getting Result from Tearing Analysis.
The [Flowsheet User] has started the Pre-Processor Simulation.
The [Pre-Processor Subsystem] gets the results from the Tearing Analysis and creates an Open Partition Graph from these results.
Sequence Diagram:Getting Result from Tearing Analysis (Sequence Diagram)
A Sequence Diagram.
This is a possible scenario of [Getting Result from Tearing Analysis] Use-Case.
The [Flowsheet User] has started the Pre-Processor Simulation.
The [Pre-Processor Subsystem] gets the results from the Tearing Analysis and creates an Open Partition Graph from these results.
Getting Result from Partitioning Analysis Use-Case.
Description:
Gets results from Partitioning Analysis.
Assumptions:
None.
Collaboration Diagram:Getting Result from Partitioning Analysis (Sequence Diagram)
A Collaboration Diagram corresponding to the sequence diagram on Getting Result from Partitioning Analysis.
The [Flowsheet User] has started the Pre-Processor Simulation.
The [Pre-Processor Subsystem] gets the results from the Partitioning Analysis and creates Partition Graphs from these results.
Sequence Diagram:Getting Result from Partitioning Analysis (Sequence Diagram)
A Sequence Diagram.
This is a possible scenario of [Getting Result from Partitioning Analysis] Use-Case.
The [Flowsheet User] has started the Pre-Processor Simulation.
The [Pre-Processor Subsystem] gets the results from the Partitioning Analysis and creates Partition Graphs from these results.
Getting Result from Sequencing Analysis Use-Case.
Description:
Gets results from the Sequencing Analysis.
Assumptions:
None.
Collaboration Diagram:Getting Result from Sequencing Analysis (Sequence Diagram)
A Collaboration Diagram corresponding to the sequence diagram on Getting Result from Sequencing Analysis.
The [Flowsheet User] has started the Pre-Processor Simulation.
The [Pre-Processor Subsystem] gets the results from the Sequencing Analysis.
Sequence Diagram:Getting Result from Sequencing Analysis (Sequence Diagram)
A Sequence Diagram.
This is a possible scenario of [Getting Result from Sequencing Analysis] Use-Case.
The [Flowsheet User] has started the Pre-Processor Simulation.
The [Pre-Processor Subsystem] gets the results from the Sequencing Analysis.
Give Open Partition Graph Name Use-Case.
Description:
Assumptions:
None.
Give Partition Graph Name Use-Case.
Description:
Assumptions:
Manage External System Use-Case.
Description:
Manages the external system. The external system is used for FEED and PRODUCT streams.
The external system is the original unit for FEED stream.
The external system is the final unit for PRODUCT stream.
Assumptions:
None.
Set External System Representation Use-Case.
Description:
Sets the external system.
Assumptions:
None.
Getting and Handling Results Use-Case.
Description:
The Flowsheet User gets and handles results from the computation.
Assumptions:
Success of [Performing]
Initializing Use-Case.
Description:
The [Flowsheet Builder] builds a Graph, may display this Graph and builds a numerical Analysis.
Assumptions:
Success of [Performing Administration Tasks]
Collaboration Diagram:Initializing (Sequence Diagram)
The Collaboration Diagram corresponding to the Sequence Diagram on Initializing GAT.
The [Flowsheet Builder] interacts with the CAPE Simulator through its GUI. The Simulator uses a CO SMST Component in order to perform some Pre-Processor functions.
The [Flowsheet Builder] builds the flowsheet, modifies the flowsheet, displays the modified flowsheet and the [Flowsheet User] launches the Pre-Processor Simulation.
The [Pre-Processor Subsystem] translates these interactions to the CO SMST Component.
It creates a Process Graph from the Flowsheet Factory and it completes it. It creates a Sequential Modular Analysis from the Analysis Factory.
Sequence Diagram:Initializing (Sequence Diagram)
A Sequence Diagram.
This is a possible scenario of [Initializing] Use-Case.
The [Flowsheet Builder] interacts with the CAPE Simulator through its GUI. The Simulator uses a CO SMST Component in order to perform some Pre-Processor functions.
The [Flowsheet Builder] builds the flowsheet, modifies the flowsheet, displays the modified flowsheet and the [Flowsheet User] launches the Pre-Processor Simulation.
The [Pre-Processor Subsystem] translates these interactions to the CO SMST Component.
It creates a Process Graph from the Flowsheet Factory and it completes it. It creates a Sequential Modular Analysis from the Analysis Factory.
Performing Use-Case.
Description:
The Flowsheet User performs a numerical analysis among one of the following: Sequential Modular Analysis, Partitioning Analysis, Tearing Analysis, Sequencing Analysis.
Assumptions:
Success of [Initializing]
Collaboration Diagram:Performing (SMAnalysis) (Sequence Diagram)
The Collaboration Diagram corresponding to the Sequence Diagram on Performing.
The [Flowsheet User] have started the Pre-Processor Simulation.
The [Pre-Processor Subsystem] checks the data consistency and performs the Sequential Modular Analysis on a Process Graph.
Collaboration Diagram:Performing (Tearing) (Sequence Diagram)
The Collaboration Diagram corresponding to the Sequence Diagram on Performing.
The [Flowsheet User] have started the Pre-Processor Simulation.
The [Pre-Processor Subsystem] checks the data consistency and performs the Tearing Analysis on a Partition Graph.
Sequence Diagram: Performing (Tearing) (Sequence Diagram)
A Sequence Diagram.
This is a possible scenario of [Performing] Use-Case.
The [Flowsheet User] have started the Pre-Processor Simulation.
The [Pre-Processor Subsystem] checks the data consistency and performs the Tearing Analysis on a Partition Graph.
Sequence Diagram:Performing (SMAnalysis) (Sequence Diagram)
A Sequence Diagram.
This is a possible scenario of [Performing] Use-Case.
The [Flowsheet User] have started the Pre-Processor Simulation.
The [Pre-Processor Subsystem] checks the data consistency and performs the Sequential Modular Analysis on a Process Graph.
Performing Administration Tasks Use-Case.
Description:
Performs administration tasks on a CAPE-OPEN SMST Component such as binding process, creating factories, exiting process.
This description is not exhaustive. Other administration activities could occurred.
Assumptions:
None.
Using SMST Use-Case.

Assumptions:
None.
0 Interface and Packages Interactions (Use Case Diagram)
This diagram shows the link between the Use Case View and the logical view.
Here are the interactions on packages and interface classes for the diagram "1 Using SMST"
1 Using SMST (Use Case Diagram)
2 Performing Administration Tasks (Use Case Diagram)
3 Initializing (Use Case Diagram)
3.1 Building a Process Graph (Use Case Diagram)
3.2 Building a Numeric Analysis (Use Case Diagram)
3.3 Displaying Process Graph (Use Case Diagram)
4 Performing (Use Case Diagram)
5 Getting and Handling Results (Use Case Diagram)


Item. Consensus – experts can gather in a room and nod their heads in agreement, but so what? Consensus among decision makers and their constituencies are then necessary for any action to be taken based on the information and knowledge.


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RequireJS Testing
This is a list of things to test before doing a RequireJS release.
Update all subprojects via ./updatesubs.sh FIRST
Items in tests directory
- All browsers: tests/doh/runner.html?testUrl=../all in all the browsers
- go to tests/ run alln.sh and allj.sh
- Optional, only do on major refactors: tests/commonjs, run each file in browser.
Node testing
Go to r.js project and run the following:
- cd tests
- ./alln.sh
- node allNode.js
- ./allj.sh
- node ../../r.js index.js
- node canvasTest.js (use nave and do the npm installs listed in the JS file)
- cd ../build/tests
- ./alln.sh
- ./allj.sh
Try manual testing:
Sample jQuery project
Test the sample jQuery project, complete with running the optimizer, testing the output.
CoffeeScript plugin
Check it.
jQueryUI AMD project
Check it.


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Uses of Class
Funds.DataObjects.Account
-
Packages that use Account Package Description Funds The .java and .fxml files relating to the primary Graphical User Interface for this application.Funds.DataObjects The actual Java bean style data organizing classes for this projectFunds.Dialogs In an attempt to minimize clutter that typically comes along with GUI's on accounting software most user interaction is handled via dialog boxes and this package holds all of the .java controllers and .fxml GUI's in an attempt to keep this mess of files somewhat organized.Funds.Tools.BookExport At times it is necessary to send data from a program elsewhere for processing, this object allows data to exported in the four most common formats for transferring and handling data: XML, JSON, CSV, SQL.Funds.Tools.Budgeting.RevenueSplitter Revenue often comes in as one lump sum but needs distributed to a number of accounts this tool performs the calculations when these distributions are percentage basedFunds.Tools.GeneralLedger By the nature of accounting software it may remain in use for quite some time, which means that the list of transactions being tracked can grow quite extensive, this tool provides filter and view options for sorting through the list of transactions recorded in the book. -
-
Uses of Account in Funds
Method parameters in Funds with type arguments of type Account Modifier and Type Method Description double
FundController. findNormalCreditSubtotal(java.util.LinkedList<Account> accounts)
method to find balance totals from a list of accountsdouble
FundController. findNormalDebitSubtotal(java.util.LinkedList<Account> accounts)
method to find balance totals from a list of accounts -
Uses of Account in Funds.DataObjects
Methods in Funds.DataObjects that return Account Modifier and Type Method Description Account
Transaction. getTransfer()
Methods in Funds.DataObjects that return types with arguments of type Account Modifier and Type Method Description java.util.LinkedList<Account>
AccountCategory. getAccounts()
java.util.LinkedList<Account>
Book. getAssets()
java.util.LinkedList<Account>
Book. getEquities()
java.util.LinkedList<Account>
Book. getLiabilities()
java.util.LinkedList<Account>
Book. getSubcategoryAccounts(AccountType type)
finds all categorized accounts of a given type and puts them in a non-categorized listMethods in Funds.DataObjects with parameters of type Account Modifier and Type Method Description void
Transaction. setTransfer(Account transfer)
Method parameters in Funds.DataObjects with type arguments of type Account Modifier and Type Method Description void
AccountCategory. setAccounts(java.util.LinkedList<Account> accounts)
void
Book. setAssets(java.util.LinkedList<Account> assets)
void
Book. setEquities(java.util.LinkedList<Account> equities)
void
Book. setLiabilities(java.util.LinkedList<Account> liabilities)
Constructors in Funds.DataObjects with parameters of type Account Constructor Description Transaction(java.time.LocalDate date, java.lang.String transactionID, java.lang.String Description, Account transfer, boolean reconcile, double debit, double credit)
The full constructor to be used when all fields for a transaction are known (such as pulling from a relational database table) -
Uses of Account in Funds.Dialogs
Methods in Funds.Dialogs that return Account Modifier and Type Method Description Account
AccountLedgerDialog.ComboBoxItem. toAccount()
Account
EditTransactionDialog.ComboBoxItem. toAccount()
Methods in Funds.Dialogs with parameters of type Account Modifier and Type Method Description void
AccountLedgerDialog. addTransfer(Account transfer, boolean notNormal)
Internal method to implement double transaction method accountingvoid
EditTransactionDialog. editTransfer(Account transfer, boolean notNormal, int ledgerID)
Edits details into the other account used to balance the books, if necessary deletes the old balance transfer and creates a new one (i.e.Constructors in Funds.Dialogs with parameters of type Account Constructor Description AccountDetailsDialog(Book book, Account account)
AccountLedgerDialog(Book book, Account account)
In order to interact with the account two fields are necessary:ComboBoxItem(Account account, boolean isLabel)
ComboBoxItem(Account account, boolean isLabel)
EditTransactionDialog(Book book, Account account, Transaction original)
The three-arg constructor needs all the information to edit details about a transaction: -
Uses of Account in Funds.Tools.BookExport
Methods in Funds.Tools.BookExport with parameters of type Account Modifier and Type Method Description java.lang.String
BookExport. getJSONString(Account[] accounts)
generates a string of JSON formatted account datajava.lang.String
BookExport. getXMLString(java.lang.String root, Account[] accounts)
Generates a string of xml data representing the current state of an account -
Uses of Account in Funds.Tools.Budgeting.RevenueSplitter
Methods in Funds.Tools.Budgeting.RevenueSplitter that return Account Modifier and Type Method Description Account
RevenueSplitterItem. getAccount()
Methods in Funds.Tools.Budgeting.RevenueSplitter with parameters of type Account Modifier and Type Method Description void
RevenueSplitterItem. setAccount(Account account)
Constructors in Funds.Tools.Budgeting.RevenueSplitter with parameters of type Account Constructor Description RevenueSplitterItem(Account account, double percent, boolean automatic, double amount, boolean exclude)
-
Uses of Account in Funds.Tools.GeneralLedger
Methods in Funds.Tools.GeneralLedger that return Account Modifier and Type Method Description Account
LedgerItem. getAccount1()
Account
LedgerItem. getAccount2()
Methods in Funds.Tools.GeneralLedger with parameters of type Account Modifier and Type Method Description void
LedgerItem. setAccount1(Account account1)
void
LedgerItem. setAccount2(Account account2)
-


1. First Heading
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1.1 Some other stuff
2. Some new things
2.1 Some other stuff
2.2 Some other stuff


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JsonElement
(and JsonDocument
) Extensions
System.Text.Json
is great for serialization needs, but the Document Object Model (DOM) needs a bit of work. To this end, Json.More
supplies several extensions that make working with the JsonElement
struct easier.
NOTE Many of these extensions exist for JsonDocument
as well by proxying to the .RootElement
property.
JSON-ifying
One might expect JsonElement.ToString()
to return valid JSON. I sure did. It doesn't.
So we created the .ToJsonString()
extension method. This method basically just serializes the element, but
element.ToJsonString();
is a lot more readable than
JsonSerializer.Serialize(element);
Equality
Equality isn't implemented for JsonElement
at all! So anytime you do
element1 == element2
or even
Equals(element1, element2)
you just get the base object
implementation, which just compares references. That's not really useful.
To get JSON-equivalence, you need to use .IsEquivalentTo()
. This will compare primitive values (bool
, number
, string
, and null
) directly and as expected. For objects and arrays, it follows the JSON specification for equality:
- objects - unordered key-matching with value comparison
- arrays - sequential value comparison
There's even a .GetEquivalenceHashCode()
method that follows the same rules!
Credit for .GetEquivalenceHashCode()
goes to StackOverflow user dbc for their wonderful answer.
These extension methods have also been integrated into JsonElementEqualityComparer
which implements IEqualityComparer<JsonElement>
and can be used in, e.g., Linq queries.
Conversions
A staple of this library suite's predecessor was the ability to easily build JSON in C# code. Sadly, type conversion is a feature that was left out for JsonElement
.
Now you have .ToJsonElement()
. This will convert the appropriate types into corresponding JsonElement
representations.
bool
- number types (
int
,double
,decimal
, etc.) string
(also supportsnull
!)IEnumerable<JsonElement>
for arraysIDictionary<string, JsonElement>
for objects


This is the paragraph that’s missing from the introduction of remind’s man page, and every article I’ve ever read about it.
If there are timed reminders for later in the day, then remind will continue running in the background, sending timed reminders to the terminal at their appointed times. So you could be editing a file in vi and suddenly “Dentist appointment” appears on the screen. This is in addition to triggering all timed reminders scheduled for the current day when first run.
I wasn’t expecting this.
Although running in the background like this is very similar to running as a daemon, this is not the daemon mode referred to in the man page.
So what’s different about “daemon” mode?
Daemon mode (-z[n]
)is described in the man page. This is where remind runs in the foreground (not what you’d expect, right?) but now it checks the reminder file(s) every n minutes (default, 1).
This file-checking feature is nice, because it means you can edit your reminder files anytime you want and you don’t have to worry about stopping and re-starting a remind process. (I originally thought I’d have to do this with incron)
Much later in the man page…
After the man page describes the -z argument, if you continue reading, you will eventually find a section that describes daemon mode in more detail.
Surprise, surprise, no normal reminders are issued when in daemon mode; only timed reminders.
So that RUN
command that was supposed to run today is going to be ignored if remind is running in daemon mode.
Who would have guessed?
Daemon mode is only good for timed reminders. It’s probably best used when you’re running a graphical desktop and you want those timed reminders to pop up using xmessage or something.
This is done with the
-k
option as in:remind -z '-kxmessage %s &'
You’ll probably want a cron job to handle any RUN ONCE commands
If you’re like me, then you use remind run commands on certain hard-to-calculate dates that remind handles well.
In my case, I use remind to add tasks to Task Warrior to take out the trash cans. The trash gets picked up on different days if there was a holiday that week; exactly the sort of scheduling that remind excels at.
And, of course, you use i3wm or something similar as your usual desktop, so you want to use the -z
and -k
options to have reminders pop up in xmessage or gmessage.
This means that your regular reminders are going to be ignored unless you run remind in a non-daemon mode as well.
The -q
option, causes remind do do just about the opposite of daemon mode; it causes it to not hang around waiting for timed reminders. Or, in the words of the man page, “not queue timed reminders for later execution”. Essentially, -q
causes remind to run, and then quit without sticking around in the background (as usual), or foreground (as in daemon mode), waiting to post timed reminders on the screen.
The -a
option does something similar. It causes remind to “not immediately trigger timed reminders that trigger on the current day. Not knowing that this is remind’s default behavior could lead to problems. I’m not sure why anyone would expect that the default behaviour is to immediately trigger any events set to trigger later today, that is indeed, the default. Weird, huh?
By combining -a
and -q
, we eliminate all timed reminders, only process ‘normal’ (untimed) reminders for the current day, and then quit; perfect for those RUN ONCE
commands. Here’s an example crontab line that will run rem at 4 AM, sending standard output to /dev/null:
0 4 * * * rem -a -q >/dev/null
As far as I know, there’s no option to just run the RUN ONCE
commands, but piping the text output to /dev/null accomplishes about the same thing.
However, if this cron job is the only way the RUN commands are getting processed, and you’re running this only once a day, you might throw in the -o
option to ignore the ONCE directive just for good measure. The ONCE commands shouldn’t be getting processed any other way, but just in case something goes wrong and remind thinks it’s already processed those ONCE commands, you’ll be all set. If I remember correctly, remind checks the access date on the main remind file to try to figure out if its run the ONCE commands already. I seem to remember this not being a fool-proof system.
0 4 * * * rem -a -q -o >/dev/null
But what about getting a day’s overview
Originally, I thought that remind would (by default) just give you a list of things scheduled for today, and only wait in the background spitting out timed reminders when explicitly run in daemon mode. This is, as I’ve shown, not the case.
Getting that overview of things due today is very useful, and remind can do this, if you use the right flags.
For a nice compact view, I use: rem -n -q -b1|grep (date +%Y/%m/%d)|sort|cut -f 2- -d' '
This spits out a list things scheduled for today, with the timed items sorted by time at the top of the list. I use the fish shell, so I just save this command as a function called, ‘today’, but saving this function as a shell script is another option.
How about a morning pop-up?
You can cron the above command and pipe it to gmessage for a nice morning popup (xmessage works too, but I like gmessage better).
0 8 * * * rem -n -q -b1|grep $(date +\%Y/\%m\%d)|sort|cut -f 2- -d' '|gmessage -file - -title "Events" -timeout 43200
The above is a crontab entrance to send a popup at 8 AM every morning. The message will stay there for 12 hours (43200 seconds) if I don’t close it manually.


Simple Interest Calculator
Amount
Interest Rate
No. of Years
0
1
2
3
4
5
6
7
8
9
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Compute Interest
© Everyone Can Get Rich


{% extends "base.html" %} {% comment %} Copyright 2013, 2014 Ricardo Tubio-Pardavila Licensed under the Apache License, Version 2.0 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.apache.org/licenses/LICENSE-2.0 Unless required by applicable law or agreed to in writing, software distributed under the License is distributed on an "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the License for the specific language governing permissions and limitations under the License. {% endcomment %} {% load i18n %} {% load staticfiles %} {% block content %}
You have just succesfully confirmed your email in the system.
However, your account still needs to be accepted by the operator of the network. This is a process that should normally take no more than 2 to 3 days. In case you do not receive a reply from the administration of this server, try to reach us through a ticket at our GitHub's project: SatNet
{% endblock %} {% block content_footer %} {% endblock %}


Keyboard Shortcuts:
?
Keyboard Shortcut Help:
Use any of these patterns:
Modifier+Key
(Example: Alt+Left)
Modifier+SecondaryModifier+Key
(Example: Alt+Shift+Left)
MediaKey
(Example: MediaNextTrack)
Definitions:
Modifier
(
mandatory
, except for function keys (F1-12)): "Ctrl", "Alt", "Command" or "MacCtrl"
Secondary Modifier
(
optional
): For Firefox version < 63, must be "Shift". For Firefox version 63 or later, any one of "Ctrl", "Alt", "Command" and "MacCtrl" that has not been used as the main modifier is also allowed.
Key
(
mandatory
):
Letters: A-Z
Numbers: 0-9
Function keys: F1-F12
Cursor keys: Up, Down, Left, Right
Movement keys: Home, End, PageUp, PageDown
Other keys: Comma, Period, Space, Insert, Delete
Media Key
: "MediaNextTrack", "MediaPlayPause", "MediaPrevTrack" or "MediaStop"
Primary Shortcuts:
Secondary Shortcuts:
Additional instances of the movements to start and end. This allows multiple shortcuts, for instance to allow use of the numeric keypad. Hover over text for examples.
Tab Movement Options:
Disable tab wrapping
When moving a tab further left from the start or further right from the end, just stop rather than wrapping to other side.
Don't move multi-selected tabs together
If checked, when multiple tabs are selected, move only the current tab instead of all selected tabs.
Debugging:
Enable debug logging


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AirAsia to sell tickets on other airlines as part of online push
KUALA LUMPUR: Malaysian budget carrier AirAsia Group said on Friday (Nov 15) it would sell flights on more than 100 other global airlines as part of a push to boost revenues.
The carrier said it had signed a strategic partnership with travel technology company Kiwi.com that would give customers access to destinations not served by AirAsia, including London, Dubai, Madrid and Auckland.
"We are reinventing ourselves as more than just an airline, bringing to life our vision for airasia.com to be the region's one-stop travel shop," AirAsia Group Chief Executive Tony Fernandes said in a news release.
AirAsia is also looking at other ways to partner directly with airlines and companies that compliment the carrier's network and travel services beyond Asia Pacific, said airasia.com Head of Airline Distribution Rajiv Kumar.
The budget carrier in August announced a reorganisation, separating its airline operations from its travel and lifestyle arm airasia.com, which it said had involved recruiting more than 700 staff members.
Like Europe's Easyjet PLC, AirAsia wants to build a digital business to lift profits and keep passengers loyal beyond flying as data-heavy digital giants like Amazon.com Inc and Alphabet Inc's Google expand in travel.


| PERL5181DELTA(1) | Perl Programmers Reference Guide | PERL5181DELTA(1) |
If you are upgrading from an earlier release such as 5.16.0, first read perl5180delta, which describes differences between 5.16.0 and 5.18.0.
utf8::upgrade( my $u = "\x{e5}"); utf8::downgrade(my $d = "\x{e5}"); /$u$d/
[perl #118297].
Perl continues to flourish into its third decade thanks to a vibrant community of users and developers. The following people are known to have contributed the improvements that became Perl 5.18.1:
Chris 'BinGOs' Williams, Craig A. Berry, Dagfinn Ilmari Mannsaaker, David Mitchell, Father Chrysostomos, Karl Williamson, Lukas Mai, Nicholas Clark, Peter Martini, Ricardo Signes, Shlomi Fish, Tony Cook.
The list above is almost certainly incomplete as it is automatically generated from version control history. In particular, it does not include the names of the (very much appreciated) contributors who reported issues to the Perl bug tracker.
Many of the changes included in this version originated in the CPAN modules included in Perl's core. We're grateful to the entire CPAN community for helping Perl to flourish.
For a more complete list of all of Perl's historical contributors, please see the AUTHORS file in the Perl source distribution.
If you believe you have an unreported bug, please run the perlbug program included with your release. Be sure to trim your bug down to a tiny but sufficient test case. Your bug report, along with the output of "perl -V", will be sent off to<EMAIL_ADDRESS>to be analysed by the Perl porting team.
If the bug you are reporting has security implications, which make it inappropriate to send to a publicly archived mailing list, then please send it to<EMAIL_ADDRESS>This points to a closed subscription unarchived mailing list, which includes all the core committers, who will be able to help assess the impact of issues, figure out a resolution, and help co-ordinate the release of patches to mitigate or fix the problem across all platforms on which Perl is supported. Please only use this address for security issues in the Perl core, not for modules independently distributed on CPAN.
The INSTALL file for how to build Perl.
The README file for general stuff.
The Artistic and Copying files for copyright information.
| 2019-10-21 | perl v5.30.3 |


"Experience does for the soul what Education does for the mind" - Casey Neistat
Find Out MoreI am a third year Computer Science student at the Georgia Institute of Technology. I have experience with both embedded software and full-stack web development, so in general I just like making stuff. If you're interested in some of the stuff I have done feel free to check out my resume here.
 I also enjoy working on projects in my free time, both in software and mechanically as well.
Eventually, I hope to work with innovators in the industry to bring the latest technology to the average consumer and make technology less of a liability in our daily lives and more of a tool for the average person in their everyday lives.
What else?There's a reason I'm a Computer Science major. I love programming. Whether it's simplifying a repetitive task or working on some abstract project, I love going head first into code.
I enjoy working with my hands, so when I'm not with my fraternity brothers or working on code, I'm often hanging out at a makerspace working on my next project.
What can I say, I love to travel. I believe traveling expands a person's basis, and makes them a more knowledged individual.
Work is work, and when it comes down to it I always put in the hours to get it done. An uncomplete project is never really your project.
During the summer of 2018, I worked as a software engineer for Lockheed Martin MFC in Grand Prairie, Texas. The experience was incredible and I couldn't be more thanksful to work with such experienced individuals.
Before, I spent the summer of 2017 as a Software Engineering Intern at Commissions Inc, a small real estate tech firm located in Marietta, GA. While I was there, I worked with full-time developers implementing features that would be used both internally as tools for the company, as well as consumer facing features like customizeable webpages and meta-data signatures.
Although most of what I did relied on the front-end appearance of webpages, I spent much of my time developing back-end operations. Because of this, I gained a great understanding of what it means to be a full-stack developer and why it is so important, even if you only work with one region of a code base, to understand how the entire stack works.
I'm always down to talk about upcoming technologies or the latest startup in Atlanta, never be afraid to reach out.
610-772-4476


--- layout: default title: ReactJS terms of service description: menu: training bodyclass: white-navbar ---
We’ll happily transfer your place to a lucky colleague if you need to. Please let us know as soon as possible – email<EMAIL_ADDRESS>If for any reason you can’t attend at all, you’ll need to let us know no later than 15 days before the date of the event or workshop. Refunds will not be made after this date.
All tickets must be paid for within 14 days of an order being placed or by the date of the event, whichever is sooner.
Re-sale of tickets is not permitted.
You need to let us know no later than 15 days before the date of the event or workshop that you want to cancel your ticket in order to get a full refund.
We can cancel any event or workshop 15 days before the date of the event or workshop. We will notify you by email to the address that you have provided us during the registration process.
 We also reserve the right to reproduce quotes and feedback which will be fully credited.
We aim to choose venues that are fully accessible. If you have any accessibility requirements you think we should be aware of, please let us know at the point of registering so that we can ensure we meet your needs and have someone on hand to assist you if required.
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Registered VAT number: 256 5475 77


open class Footer
Created by gaoyunfei on 2018/3/10. |
|
open class FooterHolder : AbsDataBindingHolder<FooterImpl, LayoutFooterBinding>
Created by gaoyunfei on 2018/3/9. |
|
open class FooterImpl : BaseLayoutImpl<Footer, FooterHolder>
Created by gaoyunfei on 2018/3/9. |


Treecrets.
Treecrets was a game for two players to be played quietly in a woodland where you will be discovering the secret lives of trees. It was created for the 200 word rpg challenge.
Treecrets was a game for two players to be played quietly in a woodland where you will be discovering the secret lives of trees. It was created for the 200 word rpg challenge.


Katherine Larson
Democrat
Licensed Marriage and Family Therapist (LMFT). Self employed by Katie Larson Therapy, LLC
University of Colorado, BA- Communications, BA- Psychology Phillips Graduate University, MA- Psychology/Marriage and Family Therapy; Art Therapy
81526
In Aug 2020 I donated roughly $150 between Joe Biden, Vote Save America, and the Diane Mitsch Bush Campaign. I also volunteered for my Precinct (20) during September and October of 2020. Other than those engagements, I have not been politically active.
Volunteer Grand Valley ForeverBuffs (CU Alumni Chapter); President - 2017-Present Professional Affiliations International Center for Excellence in Emotionally Focused Therapy Member since Nov 2016 American Association of Marriage and Family Therapy (AAMFT) Member since Feb 2010 American Art Therapy Association (AATA) Member since Feb 2010 Colorado Counseling Association (CCA) Member since Nov 2014
During college I was in the President's Leadership Class which was a 4 year scholarship program at CU designed to study leadership, civil service, and communities in Colorado. During that time I spent a great deal of energy focused on organizing activities, developing curriculums, and learning about various groups in the state. However, that was 15 years ago. Since that time, I have been predominately involved only in CU Alumni activities where we have worked hard to engage alumni in the Grand Valley with mediocre response. We were awarded the Volunteer Organization of the Year in 2019 thanks to partnering with the local Rotary club to raise $20,000 in scholarship funds.
In my time working with the CU Alumni board as a chapter president, I've gleaned a great deal of insight into our community and state, but moreover, insight into my goals for civil engagement. My overarching sense is that pouring my energy into football watch parties is not where I am going to make any meaningful difference. I want to contribute my time, skills, and energy into action that makes actual growth in our state and country.
My expertise is working as a couple's therapist. In that work, I spend a great deal of time sitting with people who vehemently disagree, yet share a goal. In this work it is absolutely crucial that I am fair and impartial in order for there to be any success. Seeing different perspectives, encouraging productive and respectful dialogue, and staying focused on a common goal, are skills that I practice every day as a matter of professional integrity and necessity.
My training as a therapist is all about searching below the surface details and looking for the core conflicts/fears/motivating factors. I am keenly observing and tracking those underlying motives at all times. The model of couple's counseling I practice is rooted in a logical and systemic way of seeing any conflict. Being able to zoom-out from the details and conceptualize an overarching theme/model/system is the skill I work at every day. Visual aids such as drawings, as well as metaphors are also ways that I am able to improve my skills and convey my understanding.
Female


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name:
dbType:
server:
port:
username:
password:
mainTable:
mainTable is the main table which has primative key, other tables will join on it.
mainTable
Add Source Cancel
Confirm Cancel


--- layout: page title: Services ---
CB Digital specialise in Home Cinema installations, Multi-room Audio, Lighting and Heating Control Systems and much more. We also plan, design and install high quality Integrated Homes.
We promise not to 'blind you with science' and will make sure everything is explained in a clear and understandable way.
Communications
We know that your communications service need to be reliable. Being able to communicate effectively is the most important of all life skills. Communication is simply the act of transferring information from one place to another, whether this be vocally (using voice), written (using printed or digital media such as books, magazines, websites or emails), visually (using logos, maps, charts or graphs) CB Digital strive to deliver these skills to the Individual home user or the Business users of 2015.
Networking & I.T
A computer network or data network is a telecommunications network which allows computers to exchange data. In computer networks, networked computing devices exchange data with each other along network links (data connections). The connections between nodes are established using either cable media or wireless media. C B Digital Supply and Install systems for all types of users.
Intelligent Lighting
Every room in your home has its own style, its own decor, and its own distinctive personality.Yet to bring out the individual beauty of each of those rooms, they need their own unique lighting.
Lighting that can dim to create a softer mood, or to liven things up. In fact, the type of lighting you create in a room can virtually redecorate it, giving you and your guests a whole new way to see your home.
Control Systems
A good control system is vital to ensure every piece of equipment communicates and functions as it should, and doesn’t cause confusion to the user. This is why we install intuitive touch displays with simple tactile buttons.
The control system only interprets how it is programmed and is why we make sure our programmer are proficiently trained to cope with the demands of our clients. By combining all the equipment with pre-programming sequences it can dim the lights, close the curtains, drop down the screen and select a movie from the touch of one button. By doing this it ensures the ultimate user experience.
Automation
Our work is creative, cutting-edge, innovative and highly effective. That’s its streamlined structure provides us with the flexibility to deliver excellent work in minimal time, and to tailor campaigns on an on-going basis according real-time analytics. We continuously measure the results of our initiatives to ensure that they deliver against our clients’ brand and business objectives. We create meaningful communication that transcends the digital divide, and engages audiences in all spheres of society.
Nest Thermostat, (Illustrated) enables user to control room or rooms over the net worldwide
Home Cinema
Just imagine your own dedicated Home cinema providing you with a realistic theatre going experience in the comfort of your own home. With a front or rear projection a very large screen size can be achieved. As the picture is only part of the overall effect, the correct speaker system, DVD player, Amps and lighting, also play a huge part in creating the right results.
We can help with the design and planning to create your own Cinema at home. Basic packages include stereo systems going through to high end state of the art technology complex 5.1 or 7.1 surround systems, we will ensure you maximise your budget and get the best out of the equipment. Our installation service includes full and comprehensive demonstration of the equipment giving you the confidence to use it once we have left.
Using state of the art technology here at CB Digital Ltd Home Installations we can help you create a home cinema for your home. Home cinema is a set of AV equipment connected and calibrated together to give you movie theatre quality sound in your home. Our experts can advise on the best system for your requirements and room size.
Programming & Coding
We at CB Digital have programming engineers for programming Crestron and RTI Controllers, Lutron Lighting, Rako Lighting systems and system programming. 2015 we will be adding coding and web design that require front-end developers and designers.


amod
: adjectival modifier
An adjectival modifier of an NP is any adjectival phrase that serves to modify the meaning of the NP.
Examples
Descriptive adjectives
tíortha forbatha ‘developed countries’
tíortha forbatha \n countries developed
amod(tíortha, forbatha)
bláthanna bán nó glas ‘white or green flowers’
bláthanna bán nó glas \n flowers white or green
amod(bláthanna, bán)
amod(bláthanna, glas)
Indefinite adjectives
Baineann na prionsabail chéanna leis ‘The same principles apply’
Baineann na prionsabail chéanna leis \n Relate the principles same with_it
amod(prionsabail, chéanna)
daoine áirithe ‘certain people’
daoine áirithe \n people certain
amod(daoine, áirithe)
Ordinal numbers
19ú haois ‘19th century’
19ú haois \n 19th age
amod(haois, 19ú)
mac léinn ar choláistí ar an dara nó ar an tríú leibhéal ‘students of second- or third-level colleges’
mac léinn ar choláistí ar an dara nó ar an tríú leibhéal \n students [] on colleges on the second or on the third level
amod(leibhéal, dara)
conj(dara, tríú)
Adjectives acting adverbially
Despite having the POS tag ADJ, adjectives can act adverbially when preceded by the particle go (labelled mark:prt
) as shown below.
Rith sé go mall. He ran slowly.
 He often came home to his mother.
Tháinig sé 'na bhaile go minic chuig a máthair \n did_come he 'from_the home [PART] often toward his mother
advmod(Tháinig, minic)
mark:prt(minic, go)
amod in other languages: [bej] [bg] [bm] [cop] [cs] [de] [el] [en] [es] [et] [eu] [fi] [fr] [fro] [ga] [gsw] [hy] [it] [ja] [kk] [ky] [no] [pcm] [pt] [qpm] [ro] [ru] [sl] [sv] [swl] [tr] [u] [uk] [urj] [vi] [yue] [zh]


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Matrix Library
Summary
Description
This library was created as an in-house and high-performance solution to management, transposition, and multiplication of two-dimensional matrices using an interface made for easy integration. By default it is built on the C++11 library.
Dependencies
The list below details the software that is required in order to integrate this library into your development or execution work. These dependencies are:
- C++11 Standard Library
Current Features
The features currently instantiated in the Matrix library are:
- Matrix Manipulation & Storage - Storage and manipulation of a matrix, its elements.
- Matrix Transposition - Transposing of a Matrix object.
- Matrix Multiplication - Multiplication of two Matrix objects (assuming compatible dimensions - # of columns of the first matrice match the # of rows of the second matrice).
License
The Unlicense
Using the Matrix Library
In order to use the Matrix library in your environment as is or after changes you've made, follow the steps below.
- Find the location of the file "gogos-stavros.h" (By default its path is: include/gogos-stavros.h).
- Copy the file to a directory in your include path for third party libraries or add the current file path to your environment's include path.
- Add the following text into your header (.h) or source file (.cpp): include "gogos-stavros.h"
Developing the Matrix Library
To further develop this library and add more capability, follow the steps above to locate the library.
Once located, open the file in your preferred development environment and make the changes you seek!
 Upon writing the test, build via the command:
Testing the Matrix Library
To test the current state of the Matrix library, follow the following steps below:
-
Access the directory for the Matrix library by:
- Contacting the author (see information below)
- Pulling the repository from Github (git clone https://github.com/sgogos1/Matrix.git)
- Build the test file by running the following command via g++: g++ test.cpp -o matrix-test -std=c++11 in the command prompt (from the root of the directory)
- To run the tests for instantiation, multiplication, and transposition of via the Matrix library, run the command: ./matrix-test (on Powershell or Bash) or matrix-test.exe (on Command Prompt)
Point of Contact
Author: Stavros Gogos
Email<EMAIL_ADDRESS>Github: https://github.com/sgogos1


Fully Automated Adsorption Analysis in Porous Solids, or faps, is a tool developed by Tom Daff in the research group of Tom Woo at the University of Ottawa.
Upload a .cif
file of a Metal Organic Framework or other
porous solid, and we will use molecular simulations to estimate
gas adsorption within the structure.
Browse
to find your structure.Submit
.


Life in the City
Camilla Davis"The quick, brown fox jumps over a lazy dog. DJs flock by when MTV ax quiz prog."
Mark Tobbers - Fox HunterA wonderful serenity has taken possession of my entire soul, like these sweet mornings of spring which I enjoy with my whole heart. I am alone, and feel the charm of existence in this spot, which was created for the bliss of souls like mine. I am so happy, my dear friend, so absorbed in the exquisite sense of mere tranquil existence, that I neglect my talents. A wonderful serenity has taken possession of my entire soul, like these sweet mornings of spring which I enjoy with my whole heart. I am alone, and feel the charm of existence in this spot, which was created for the bliss of souls like mine. I am so happy, my dear friend, so absorbed in the exquisite sense of mere tranquil existence, that I neglect my talents.


All About Me!
Fun Facts
Countries I Want to Visit
Taiwan
Singapore
Iceland
Sweden
Hobbies
Baking
Traveling
Playing with my dogs
Taking pictures of flowers


Adaptive Learning with SGD and DMRG¶
When an MPS is initialized with adaptive_mode set to True, training proceeds by alternating between different “offsets” of the MPS cores. Each offset combines adjacent pairs of cores into effective merged cores, so that half of the bonds in the MPS are contracted over. This contraction provides a low rank decomposition of the initial merged core, but as training progresses the rank across this bond will typically increase.
After a certain number of inputs are fed to the MPS (equal to merge_threshold), each merged core is split in two via a singular value decomposition (SVD) across the contracted bond index. A truncation is then applied which removes all singular values less than cutoff, yielding a collection of split cores with half of the bonds having reduced bond dimension. These cores are then merged along a different offset and the process repeated, so that all of the bond dimensions are eventually optimized.
Throughout this process, real-time lists of all the truncated bond dimensions and singular value spectra are accessible as the attributes my_mps.bond_list and my_mps.sv_list.
This adaptive training mode was directly inspired by the ML DMRG training procedure in [Stoudenmire and Schwab 2016][S&S], which uses a similar division of training into merging and splitting steps, but with a different overall control flow.


Cringely writes about CAPS-II and prevention of terrorism in general. I really like his ideas and he has some very valid points I have to say. A good reading for everyone.
iTunes for Windows Is Out
There we have it. Apple has released iTunes for Windows. I am downloading the application as we speak and am really looking forward to seeing it in Windows. It is one of the best working Music Players/Rippers/Burners/Radio… I have used yet and I want it to be similar in Windows. We’ll see. Sadly I can’t use the iTunes store yet as it is only available in the US.
Maya Free for Personal Use
Sadly, there is one excuss less available now to not play with Maya. There is no excuss now anymore that you don’t have the $7999 that the unlimited version of the 3D animation software costs. It is now free for personal use. Now all I need is some talent ;)
Nokia 6600 User Guide
The Nokia 6600 user guide is out now which can mean, but must not, that the release of the phone is near. With Nokia reporting Q3 numbers today it might be a good message to say that the 6600 is out now. Crossing my fingers. I really want the phone.
Scinnable Series 60
Now if this is not cool. 3GLAB is showing off Trigenix to allow you to fully customize the Series 60 GUI. This can turn out to be really fun. They are actually working together with T-Mobile on this one now. Watch a demo here or here for the 7650 if you don’t want to register, but I don’t know how old that one is.
SyncML by Siemens
You can now use Siemens’ SyncML Service if you have a supported Siemens phone to sync you callendar and contacts from anywhere. Very nice. I actually already mailed Oddpost to suggest to them to add that to their online mail client. This would make the tool close to perfect.
Mobius
Here is a very good summary of this years Mobius, a meeting of wireless, phone, pda freaks that Microsoft organises once or twice a year to tell them about their views of the future of MS in this very interesting space. Beginning of last year I actually spoke at Mobius about mobile technologies and met some of the people which was simply amazing. All very nice people.
Contextual Ads
There is a great two part piece on Clickz.com about contextual advertising by iProspect founder Fredrick Marckini. A must read to grasp the concept and the power of it all. Contextual Advertising, Part 1 of 2 - Contextual Advertising, Part 2 of 2
TV Ads Don’t Sell Cars
STUDY: TV ADS DON’T SELL CARS
Problem is, maybe they don’t sell cars, but they make you aware that they exist and potentially help make you decide that you need one. The real decision is taken somewhere else.
Improve Your Search Engine Ranking
Interesting short article on CPU Review about how to improve your search engine ranking. In short: 1. Make sure that you get listed with Yahoo! 2. Submit to other directories 3. Create good inbound links. 4. Include keywords in text links. 5. Stay ahead by reading some recources daily.
Here is the entire article: Top 5 Tips for Increasing Your Search Engine Rankings


---
layout: post
title: "FluentValidation 3.3 available"
---
FluentValidation 3.3 is now available to download.
This is a maintenance release contains the following changes:
- Added additional overload for Must that accepts a PropertyValidatorContext.
- Allow rules not in a RuleSet to be executed in addition to rules in a ruleset, eg: validator.Validate(instance, ruleSet: "default,MyRuleset");
- Support AbstractValidator.Custom rules within top level When conditions.
- Patch that adds error messages localized in Russian
- Compatibility with ASP.NET MVC 4 Beta (new NuGet package ID is FluentValidation.Mvc4)


A Diatabase is your personal storage space to upload, store and access your contacts, photos, videos, and other data used with our community of apps.
The Diatabase software was created by Diatum, a nonprofit with a mission to give you ownership and control of your data and privacy, and is hosted by the sender of this link.
First our terms of service.
Before your click agree, we have a unique set of terms and data policies that set us apart.


Phoenix Poblenou
Phoenix PobleNou is about creating a toolkit/catalogue for measuring the impact of proposals on Urban Vibrancy levels and a platform to get citizen’s feedback on the proposed solutions
Phoenix Project aims to promote urban vibrancy, by making use of morphological metrics. It mainly refers to updated plan decisions for 22@ District by providing all the layers of analysis, development and proposal for the radical change that awaits the area in the near future.
Phoenix PobleNou promises an inclusive platform to create a communication channel between those who propose changes and those who will experience them in an urban environment.
In a nutshell, it is for all future changemakers!
Urban vibrancy is an extensive field of study that comes up with different perspectives in different contexts. Jacobs first describe urban vibrancy as the “rich diversity of urban life” referring the interactions between residents and their production or living place [1].
Lynch defined it as the capability of an urban area to “support the vital functions, biological requirements and capabilities of human beings and protect the continuation of the species” [2].
Maas has taken the definition one step further and presented three basic components for urban vitality which are people, their activities and opportunities, and the environment where activities occur” [3].
Also, Montgomery contributed to the conceptualization of the term as an integrated representation of the “many and varied comings and goings, meetings and transactions” [4]
Considering the above-mentioned conceptualizations, urban vibrancy for us, is a study associated with activity intensity, the diversity of land-use configurations and the accessibility of a place. In other words, dense street networks, small and medium-sized blocks, and the diversification and intensification of building and land use can be considered as the identifiers of a vibrant area [5].
Being aware of the next phase for Barcelona’s 22@ innovation district reflects new challenges, we aimed to respond to this radical change, that awaits the area in the near future, with the tools suggested by the urban vibrancy. Developed nearly 20 years ago, the district plan has been updated to respond today’s challenges. Some of the main conclusions from the updated plan, which we will also highlight in our study, are as follows [6]:
Green streets: According to the climate adaptation measures, the plan proposes a third of vertical and horizontal streets becoming a network of green axes.
Social housing: Under the new plan, 30 percent of the new developed area of 22@ will be dedicated to housing compared to 10 percent in 2000.
New sectors: In the original plan, new companies setting up there had to be tech focused. This has been expanded to businesses in the green, circular economy, social and smart manufacturing sectors that will promote mixed-use spaces
As per the methodology, we followed 3 basic steps beginning from analysis, development, and proposal which is an interface as an output. For the analysis, first we preface with vibrancy of built environment consisting of 4 main categories: buildings, blocks, roads and point of interests. Under each category, we came up with separate layers of analysis such as building area/cover ratio, entropy calculations for building ages, block numbers, road length, angular integration and choice, entropy calculations for different types of POIs (residential, commercial & services, transportation, education, outdoor and recreation) and density maps for each category.
Secondly, we analysed the vibrancy of ground level with the help of site observations on mixture of activities, existence of items, frontage activeness and mixture of uses. Dividing the road matrix into x and y axis and assigning a value to each segment in between the intersections, where the maximum vibrancy value is 100. In this way we were able to analyse the variation of vibrancy through sections and understand how they vary in relation to the morphological parameters as the building height and the road size. And lastly analysing people’s behaviour, we were able to understand the not only the morphological aspects of the space but also the movement and accumulation within the space.
For the development, we combined the density and entropy maps under 2 categories and then developed total vibrancy map showing the high, medium, and low vibrancy levels in the study area which help us, in the next step, to propose relevant interventions.
As our proposal, Phoenix, promises an inclusive platform both for technical team members who are supposed to explore all layers of analysis and propose possible interventions promoting urban vibrancy. On the other hand, community members are able to follow ongoing projects, vote for, or highlight the proposals suggested by technical teams. Community members also have a chance to join community debates to learn more about the details related to the proposals.
Logging in as technical team member one can explore the total vibrancy levels in our study area with all layers of analysis mentioned before. It also allows us to select a specific are to see the contribution of either vibrancy of built environment or vibrancy of ground level to the overall vibrancy within the selected area. There is also an option to check the projects which are already started in a specific area. By turning on each layer of analysis, technical team members have an option to further explore multiple maps separately. Once the layers are analysed and those having rough edges selected, then we can continue with the catalogue of interventions that are affecting the layers that have been selected before.
We imagine this catalogue consisting of proposals made and uploaded by various technical teams. In the catalogue every proposal is categorized based on the metrics that it affects regarding urban vibrancy. So, after analysing Urban Vibrancy in one area, we can then identify the metrics that are lagging behind, and through the filters we can cluster the proposals that are affecting these specific metrics. After identifying the proposals that are suiting our project, we can select them and visualize the material that each team has uploaded in the toolkit.
In the visualization panel we can see the proposals as well as the metrics they are affecting along with our filters. Since ,on one hand we are talking about morphological metrics, the proposals are for sure based on the morphology of the neighbourhoods and the infrastructure. However, since we are also talking about ground level metrics such as presence of people or how permeable and active the facades are, we understand that the proposals are of course affecting the way people experience space. Besides that, we have 4 more options: First, the myPhoenix tab where you can save the proposals that you like or want to explore more. Second, you can locate the proposal so that it can appear in the community member section for them to vote it, and of course you can access the voting results of each proposal. Finally, you can download the documentation for more exploration.
We believe that the re-evaluation of our decisions is very important. So, after selecting your proposals and adding them to myPhoenix feature you can recalculate the total Urban Vibrancy levels that will occur if you implement the chosen proposals. Finally, you will be able to compare the two results in order to understand how the proposals are affecting the selected area.
The interface also allows community members to interact actively and participate in the process. Once they login, they will see the overall vibrancy map with ongoing projects where they can check for project details and timelines in their neighbourhoods. In the catalogue, they will see all possible proposals suggested by the technical teams, as explained before. There is also a possibility to highlight any proposal, meaning that a community member wants this to be implemented in his neighbourhood. Or they can leave a comment on the suggested proposals.
In the next step, community members will be able to see the projects that are having a specific location. Since not all the proposals achieve the level of localization. Here they can see list of interventions with their locations and visualisations. Furthermore, all these proposals will be open to debate and vote by the community members for active participation.
To explore user interface more, please visit our trial run for Phoenix Platform: Phoenix PobleNou
Phoenix PobleNou promises an inclusive platform to create a communication channel between those who propose changes and those who will experience them in an urban environment.
In a nutshell, it is for all future changemakers!
THE CONCEPT
Urban vibrancy is an extensive field of study that comes up with different perspectives in different contexts. Jacobs first describe urban vibrancy as the “rich diversity of urban life” referring the interactions between residents and their production or living place [1].
Lynch defined it as the capability of an urban area to “support the vital functions, biological requirements and capabilities of human beings and protect the continuation of the species” [2].
Maas has taken the definition one step further and presented three basic components for urban vitality which are people, their activities and opportunities, and the environment where activities occur” [3].
Also, Montgomery contributed to the conceptualization of the term as an integrated representation of the “many and varied comings and goings, meetings and transactions” [4]
Considering the above-mentioned conceptualizations, urban vibrancy for us, is a study associated with activity intensity, the diversity of land-use configurations and the accessibility of a place. In other words, dense street networks, small and medium-sized blocks, and the diversification and intensification of building and land use can be considered as the identifiers of a vibrant area [5].
THE CHALLENGE
Being aware of the next phase for Barcelona’s 22@ innovation district reflects new challenges, we aimed to respond to this radical change, that awaits the area in the near future, with the tools suggested by the urban vibrancy. Developed nearly 20 years ago, the district plan has been updated to respond today’s challenges. Some of the main conclusions from the updated plan, which we will also highlight in our study, are as follows [6]:
Green streets: According to the climate adaptation measures, the plan proposes a third of vertical and horizontal streets becoming a network of green axes.
Social housing: Under the new plan, 30 percent of the new developed area of 22@ will be dedicated to housing compared to 10 percent in 2000.
New sectors: In the original plan, new companies setting up there had to be tech focused. This has been expanded to businesses in the green, circular economy, social and smart manufacturing sectors that will promote mixed-use spaces
THE METHODOLOGY
As per the methodology, we followed 3 basic steps beginning from analysis, development, and proposal which is an interface as an output. For the analysis, first we preface with vibrancy of built environment consisting of 4 main categories: buildings, blocks, roads and point of interests. Under each category, we came up with separate layers of analysis such as building area/cover ratio, entropy calculations for building ages, block numbers, road length, angular integration and choice, entropy calculations for different types of POIs (residential, commercial & services, transportation, education, outdoor and recreation) and density maps for each category.
Secondly, we analysed the vibrancy of ground level with the help of site observations on mixture of activities, existence of items, frontage activeness and mixture of uses. Dividing the road matrix into x and y axis and assigning a value to each segment in between the intersections, where the maximum vibrancy value is 100. In this way we were able to analyse the variation of vibrancy through sections and understand how they vary in relation to the morphological parameters as the building height and the road size. And lastly analysing people’s behaviour, we were able to understand the not only the morphological aspects of the space but also the movement and accumulation within the space.
For the development, we combined the density and entropy maps under 2 categories and then developed total vibrancy map showing the high, medium, and low vibrancy levels in the study area which help us, in the next step, to propose relevant interventions.
USER INTERFACE
As our proposal, Phoenix, promises an inclusive platform both for technical team members who are supposed to explore all layers of analysis and propose possible interventions promoting urban vibrancy. On the other hand, community members are able to follow ongoing projects, vote for, or highlight the proposals suggested by technical teams. Community members also have a chance to join community debates to learn more about the details related to the proposals.
Logging in as technical team member one can explore the total vibrancy levels in our study area with all layers of analysis mentioned before. It also allows us to select a specific are to see the contribution of either vibrancy of built environment or vibrancy of ground level to the overall vibrancy within the selected area. There is also an option to check the projects which are already started in a specific area. By turning on each layer of analysis, technical team members have an option to further explore multiple maps separately. Once the layers are analysed and those having rough edges selected, then we can continue with the catalogue of interventions that are affecting the layers that have been selected before.
We imagine this catalogue consisting of proposals made and uploaded by various technical teams. In the catalogue every proposal is categorized based on the metrics that it affects regarding urban vibrancy. So, after analysing Urban Vibrancy in one area, we can then identify the metrics that are lagging behind, and through the filters we can cluster the proposals that are affecting these specific metrics. After identifying the proposals that are suiting our project, we can select them and visualize the material that each team has uploaded in the toolkit.
In the visualization panel we can see the proposals as well as the metrics they are affecting along with our filters. Since ,on one hand we are talking about morphological metrics, the proposals are for sure based on the morphology of the neighbourhoods and the infrastructure. However, since we are also talking about ground level metrics such as presence of people or how permeable and active the facades are, we understand that the proposals are of course affecting the way people experience space. Besides that, we have 4 more options: First, the myPhoenix tab where you can save the proposals that you like or want to explore more. Second, you can locate the proposal so that it can appear in the community member section for them to vote it, and of course you can access the voting results of each proposal. Finally, you can download the documentation for more exploration.
We believe that the re-evaluation of our decisions is very important. So, after selecting your proposals and adding them to myPhoenix feature you can recalculate the total Urban Vibrancy levels that will occur if you implement the chosen proposals. Finally, you will be able to compare the two results in order to understand how the proposals are affecting the selected area.
The interface also allows community members to interact actively and participate in the process. Once they login, they will see the overall vibrancy map with ongoing projects where they can check for project details and timelines in their neighbourhoods. In the catalogue, they will see all possible proposals suggested by the technical teams, as explained before. There is also a possibility to highlight any proposal, meaning that a community member wants this to be implemented in his neighbourhood. Or they can leave a comment on the suggested proposals.
In the next step, community members will be able to see the projects that are having a specific location. Since not all the proposals achieve the level of localization. Here they can see list of interventions with their locations and visualisations. Furthermore, all these proposals will be open to debate and vote by the community members for active participation.
CONCLUSION
As we know, the city is not only what we can see but also what we can not. Phoenix starts from the morphology of PobleNou to calculate the Vibrancy of Space based on some metrics, but our goal is to create a more dynamic, data-driven and participatory toolkit that will link the future change makers to the community.To explore user interface more, please visit our trial run for Phoenix Platform: Phoenix PobleNou
REFERENCES
- Jacobs, J. The Death and Life of Great American Cities; Random House: New York, NY, USA, 1961.
- Lynch, K. Good City Form; MIT Press: Cambridge, MA, USA, 1984.
- Maas, P.R. Towards a Theory of Urban Vitality; University of British Columbia: Vancouver, BC, Canada, 1984
- Montgomery, J. Making a city: Urbanity, vitality and urban design. J. Urban Des. 1998, 3, 93–116.
- Li, S., Wu, C., Lin, Y., Li, Z., & Du, Q. (2020). Urban Morphology Promotes Urban Vibrancy from the Spatiotemporal and Synergetic Perspectives: A Case Study Using Multisource Data in Shenzhen, China. Sustainability, 12(12), 4829
- Wray, S. (2020, October 6). Next phase for Barcelona’s 22@ innovation district reflects new challenges. Cities Today – Connecting the world’s urban leaders.
Phoenix Poblenou is a project of IAAC, Institute for Advanced Architecture of Catalonia developed at Master in City & Technology in 2020/21 by students: Arina Novikova, Kshama Patil, Simone Grasso, Sinay Coskun and Stephania Kousoula and faculty: Angelos Chronis, Iacopo Neri, Mahsa Nikoufar and Androniki Pappa


alpha Kappa Delta Phi is the first and largest Asian interest sorority with 48 chapters (and growing) and 20 years at Penn. aKDPhi works to provide a strong network of love, friendship, sisterhood, and support for all its sisters. As a non-profit organization, service plays a large role in our sorority. Our national philanthropy is Breast Cancer Awareness. Each year we host a Breast Cancer Awareness Coffeehouse in the fall to raise funds for organizations such as Avon's Breast Cancer Crusade and the Linda Creed Breast Cancer Foundation. aKDPhi is officially recognized by the Multicultural Greek Council and is a member organization of the Asian Pacific Student Coalition and PCUW. The Theta chapter at Penn represents a diverse group of women, unique in background, ethnicity, and personality, each of whom brings an array of experiences and individuality.
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Tune Talk offers 2GB free data for service disruption
by Alexander WongTune Talk has apologised for the recent service disruption and they are offering free 2GB data as form of compensation. According to the prepaid brand, the free data will be credited upon the next renewal. If you’re an annual plan, the 2GB will be credited on the next quota refresh.
It appears that Tune Talk has been facing a number of issues in the past few months which affects mobile data connectivity. The last major outage was in September and they offered free 3GB of data which is valid for one day.
Two months ago, the CEO had penned an apology letter acknowledging the frustration faced by its customers. During the last disruption, he revealed that their data service provider had been experiencing network outages which have affected its users. Tune Talk is a Mobile Virtual Network Operator (MVNO) that runs on Celcom’s network.


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Laddu
Info
Time
1:00 H
Preparation
30 Minutes
Servings
5
Ingredients
1
2 cup besan / gram flour
2
2 tbsp rava / semolina / suji, fine
3
¼ tsp saffron food colour
4
1½ cup water
5
oil for frying
6
1 cup sugar
7
¼ tsp cardamom powder
8
½ tsp lemon juice
9
2 tbsp cashew / kaju, chopped
10
2 tbsp pistachios, chopped
Directions
Firstly, to the hot sugar syrup, add prepared boondi.
Mix well and make sure to coat all the boondi with sugar syrup.
Continue to cook for 2 -3 minutes or until sugar syrup thickens.
Cover and keep aside for 10 minutes.
After 10 minutes, sugar syrup is absorbed completely by boondi.
Add 2 tbsp cashew and 2 tbsp pistachios. mix well.
You can see the the mixture is dried and all the sugar syrup has absorbed.
Prepare the ladoo taking a small amount of boondi. add milk if required, to make moist laddu.
Finally, motichoor laddo is ready to be served or refrigerate for a week.
Go to back to recipes.


{% extends "basic-layout.html" %} {% block maincontent %}
Women have different application behaviours than men. Unfortunately, most job advertisements are written in a way to prevent women from applying. This has a negative impact on the number of applications you receive from women.
Download our white paper and learn what makes the difference.
In this simple test tool, we look for very basic, but deterring factors in your job ad. We challenge adjectives and nouns used. Beware that there are many other factors which make a job ad non-attractive for Women in Tech.
{% from "_formhelpers.html" import render_field %}


This is a sample web application using/integrating the "treeifier" library as ECMAScript Modules (ESM)


Here you'll find some example content to show Aloha's possibilities regarding any kind of formatting.
Here we test, a link
and other formattings such as bold, italic or deleted text.
You may also use formattings for maths 22 = 4 or chemical formulas
like CO2. Or you may edit tables as you do in office products.
|
This |
is |
a |
demo |
|
table |
with |
an |
|
|
awesome |
column |
||
|
and |
row |
span |
! |
á List entry
o List entry
o List entry
¤ List entry
¤ List entry
á List entry
á List entry
á List entry
a. List entry
a. List entry
b. List entry
i. List entry
ii. List entry
b. List entry
c. List entry
d. List entry
For better sematical understanding and WAI compatibility you can describe abbreviations like HTML and CSS.


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