| Package | Description |
|---|---|
| energy.usef.agr.controller |
Controller classes of the Aggregator.
|
| energy.usef.agr.controller.error |
This package contains the controller error classes for the Aggregator side.
|
| energy.usef.agr.service.business |
Business classes of the Aggregator.
|
| energy.usef.agr.workflow.plan.commonreferenceupdate |
This package contains the workflow classes for CommonReferenceUpdate logic.
|
| energy.usef.agr.workflow.settlement.receive |
This package contains the workflow classes for Receiving Settlements on the Aggregator side.
|
| energy.usef.agr.workflow.validate.flexoffer |
This package contains the logic to create and send FlexOffer's
|
| energy.usef.brp.controller |
Controller classes of the Balance Responsible Party.
|
| energy.usef.brp.service.business |
The package which contains all the business services for the BRP.
|
| energy.usef.brp.workflow.plan.flexoffer.revoke |
Classes for flexoffer revocation in the plan phase by the Balance Responsible Party.
|
| energy.usef.brp.workflow.settlement.initiate |
Settlement Initiation classes of the Balance Responsible Party.
|
| energy.usef.brp.workflow.settlement.send |
This package contains the java components and logic needed to send Settlement messages.
|
| energy.usef.core.controller |
Controller classes for the transport core.
|
| energy.usef.core.controller.error |
Package which contains the controller handling errors.
|
| energy.usef.core.controller.factory |
Factory classes for the transport core.
|
| energy.usef.core.data.participant | |
| energy.usef.core.data.xml.bean.message |
Message class interfaces.
|
| energy.usef.core.factory |
Factory classes for the transport core.
|
| energy.usef.core.model |
Model classes for the transport core.
|
| energy.usef.core.service.business |
Package for the core business service classes.
|
| energy.usef.core.service.helper |
Helper classes for the transport core.
|
| energy.usef.core.service.notification |
Notification classes for the transport core.
|
| energy.usef.core.service.validation |
Package for global business validations.
|
| energy.usef.core.transformer |
Transformer classes for the planboard.
|
| energy.usef.core.util |
Package for the core utility classes.
|
| energy.usef.core.workflow.transformer |
Transformer classes for the workflow.
|
| energy.usef.cro.controller |
Controller classes for the Common Reference Operator.
|
| energy.usef.cro.service.business |
Business classes of the Common Reference Operator.
|
| energy.usef.dso.controller |
Controller classes of the Distribution System Operator.
|
| energy.usef.dso.controller.error |
Package containing java components related to errors which can occur at controller level.
|
| energy.usef.dso.service.business |
Business classes of the Distribution System Operator.
|
| energy.usef.dso.workflow.plan.connection.forecast |
Connection forecast classes of the Distribution System Operator.
|
| energy.usef.dso.workflow.settlement.collect | |
| energy.usef.dso.workflow.settlement.send |
This package contains the java components and logic needed to send Settlement messages.
|
| energy.usef.dso.workflow.transformer |
Transformer classes of the Distribution System Operator.
|
| energy.usef.mdc.controller |
Contains Controller Classes.
|
| energy.usef.mdc.service.business |
Contains BusinessService classes.
|
| energy.usef.mdc.workflow.meterdata |
Contains Workflow classes for handling MeterDataQuery.
|
| Class and Description |
|---|
| CommonReferenceQueryResponse
Upon receiving and processing a CommonReferenceQuery message, the receiving implementation must reply with a CommonReferenceQueryResponse, indicating whether the query executed successfully, and if it did, including the query results.
|
| CommonReferenceUpdateResponse
Upon receiving and processing a CommonReferenceUpdate message, the receiving implementation must reply with a CommonReferenceUpdateResponse, indicating whether the update was handled successfully.
|
| FlexOfferResponse
Upon receiving and processing a FlexOffer message, the receiving implementation must reply with a FlexOfferResponse, indicating whether the flex offer was processed successfully.
|
| FlexOfferRevocationResponse
Upon receiving and processing a FlexOfferRevocation message, the receiving implementation must reply with a FlexOfferRevocationResponse, indicating whether the revocation was handled successfully.
|
| FlexOrder
FlexOrder messages are used by DSOs and BRPs to purchase flexibility from an Aggregator based on a previous FlexOffer.
|
| FlexRequest
FlexRequest messages are used by BRPs and DSOs to request flexibility from Aggregators.
|
| PrognosisResponse
Upon receiving and processing a Prognosis message, the receiving implementation must reply with a PrognosisResponse, indicating whether the prognosis was syntactically and semantically valid, and, in case any FlexOrder messages have previously been sent for any PTU in the Period the Prognosis applies to, a FlexOrderStatus indication for each of those orders.
|
| SettlementMessage
The SettlementMessage is sent by DSOs and BRPs on a regular basis (typically monthly) to AGRs in order to initiate settlement.
|
| Class and Description |
|---|
| CommonReferenceQuery
CommonReferenceQuery is used by DSOs to discover which Aggregators represent which number of Connections on its registered Congestion Point(s).
|
| Class and Description |
|---|
| FlexOrder
FlexOrder messages are used by DSOs and BRPs to purchase flexibility from an Aggregator based on a previous FlexOffer.
|
| PrognosisResponse
Upon receiving and processing a Prognosis message, the receiving implementation must reply with a PrognosisResponse, indicating whether the prognosis was syntactically and semantically valid, and, in case any FlexOrder messages have previously been sent for any PTU in the Period the Prognosis applies to, a FlexOrderStatus indication for each of those orders.
|
| PTU
Java class for anonymous complex type.
|
| Class and Description |
|---|
| CommonReferenceUpdateResponse
Upon receiving and processing a CommonReferenceUpdate message, the receiving implementation must reply with a CommonReferenceUpdateResponse, indicating whether the update was handled successfully.
|
| Class and Description |
|---|
| SettlementMessage
The SettlementMessage is sent by DSOs and BRPs on a regular basis (typically monthly) to AGRs in order to initiate settlement.
|
| Class and Description |
|---|
| USEFRole
Java class for USEF-Role.
|
| Class and Description |
|---|
| FlexOffer
FlexOffer messages are used by Aggregators to make DSOs and BRPs an offer for providing flexibility.
|
| FlexOfferRevocation
The FlexOfferRevocation message is used by the Aggegator to revoke a FlexOffer previously sent to a DSO or BRP.
|
| FlexOrderResponse
Upon receiving and processing a FlexOrder message, the receiving implementation must reply with a FlexOrderResponse, indicating whether the update was handled successfully.
|
| FlexRequestResponse
Upon receiving and processing a FlexRequest message, the receiving implementation must reply with a FlexRequestResponse, indicating whether the flex request was processed successfully.
|
| MeterDataQueryResponse
Upon receiving and processing a MeterDataQuery message, the receiving implementation must reply with a MeterDataQueryResponse, indicating whether the query executed successfully, and if it did, including the query results.
|
| Prognosis
Prognosis messages are used to communicate A-plans and D-prognoses between USEF participants.
|
| SettlementMessageResponse
Upon receiving and processing a SettlementMessage, the receiving implementation must reply with a SettlementMessageResponse, indicating whether the initial message was handled successfully.
|
| Class and Description |
|---|
| Prognosis
Prognosis messages are used to communicate A-plans and D-prognoses between USEF participants.
|
| PTU
Java class for anonymous complex type.
|
| Class and Description |
|---|
| FlexOfferRevocation
The FlexOfferRevocation message is used by the Aggegator to revoke a FlexOffer previously sent to a DSO or BRP.
|
| Class and Description |
|---|
| MeterDataSet
This element is used in meter data responses to represent a group of meter data entries, linked to a parent (Congestion Point or BRP).
|
| Class and Description |
|---|
| DispositionAcceptedDisputed
Java class for Disposition-AcceptedDisputed.
|
| Class and Description |
|---|
| Message
Interface which needs to be implemented for all Messages.
|
| TestMessage
TestMessage does not have any content (other than the mandatory message metadata) and may be used by implementations for (connectivity) testing purposes.
|
| TestMessageResponse
Upon receiving a TestMessage, the receiving implementation must reply with a TestMessageResponse.
|
| Class and Description |
|---|
| Message
Interface which needs to be implemented for all Messages.
|
| Class and Description |
|---|
| Message
Interface which needs to be implemented for all Messages.
|
| Class and Description |
|---|
| USEFRole
Java class for USEF-Role.
|
| Class and Description |
|---|
| Aggregator
Java class for anonymous complex type.
|
| CommonReferenceEntityType
Java class for CommonReferenceEntityType.
|
| CommonReferenceQuery
CommonReferenceQuery is used by DSOs to discover which Aggregators represent which number of Connections on its registered Congestion Point(s).
|
| CommonReferenceQueryResponse
Upon receiving and processing a CommonReferenceQuery message, the receiving implementation must reply with a CommonReferenceQueryResponse, indicating whether the query executed successfully, and if it did, including the query results.
|
| CommonReferenceUpdate
CommonReferenceUpdate is used by the DSO to declare a Congestion Point and registering the Connection(s) associated with it (or, if the Connection count is 0, to delete the Congestion Point).
|
| CommonReferenceUpdateResponse
Upon receiving and processing a CommonReferenceUpdate message, the receiving implementation must reply with a CommonReferenceUpdateResponse, indicating whether the update was handled successfully.
|
| CongestionPoint
Java class for anonymous complex type.
|
| Connection
Java class for anonymous complex type.
|
| ConnectionMeterData
Java class for anonymous complex type.
|
| ConnectionMeterEvent
Java class for anonymous complex type.
|
| Connections
This element is used in meter data queries to represent a group of connections, linked to a parent (Congestion Point or BRP).
|
| DispositionAcceptedDisputed
Java class for Disposition-AcceptedDisputed.
|
| DispositionAcceptedRejected
Java class for Disposition-AcceptedRejected.
|
| DispositionAvailableRequested
Java class for Disposition-AvailableRequested.
|
| DispositionSuccessFailure
Java class for Disposition-SuccessFailure.
|
| FlexBase
FlexBase elements are the basis for the various Flex* messages, such as FlexRequest, FlexOffer and FlexOrder, and contain all attributes common to those messages.
|
| FlexOffer
FlexOffer messages are used by Aggregators to make DSOs and BRPs an offer for providing flexibility.
|
| FlexOfferResponse
Upon receiving and processing a FlexOffer message, the receiving implementation must reply with a FlexOfferResponse, indicating whether the flex offer was processed successfully.
|
| FlexOfferRevocation
The FlexOfferRevocation message is used by the Aggegator to revoke a FlexOffer previously sent to a DSO or BRP.
|
| FlexOfferRevocationResponse
Upon receiving and processing a FlexOfferRevocation message, the receiving implementation must reply with a FlexOfferRevocationResponse, indicating whether the revocation was handled successfully.
|
| FlexOrder
FlexOrder messages are used by DSOs and BRPs to purchase flexibility from an Aggregator based on a previous FlexOffer.
|
| FlexOrderResponse
Upon receiving and processing a FlexOrder message, the receiving implementation must reply with a FlexOrderResponse, indicating whether the update was handled successfully.
|
| FlexOrderSettlement
Java class for anonymous complex type.
|
| FlexOrderSettlementStatus
Java class for anonymous complex type.
|
| FlexOrderStatus
Java class for anonymous complex type.
|
| FlexRequest
FlexRequest messages are used by BRPs and DSOs to request flexibility from Aggregators.
|
| FlexRequestResponse
Upon receiving and processing a FlexRequest message, the receiving implementation must reply with a FlexRequestResponse, indicating whether the flex request was processed successfully.
|
| Message
Interface which needs to be implemented for all Messages.
|
| MessageMetadata
Java class for anonymous complex type.
|
| MessagePrecedence
Java class for MessagePrecedence.
|
| MessageStatus
Java class for MessageStatus.
|
| MeterData
Java class for anonymous complex type.
|
| MeterDataQuery
MeterDataQuery is used by customers of a Meter Data Company to query per-Connection, per-PTU power consumption/production values for a specified period.
|
| MeterDataQueryResponse
Upon receiving and processing a MeterDataQuery message, the receiving implementation must reply with a MeterDataQueryResponse, indicating whether the query executed successfully, and if it did, including the query results.
|
| MeterDataQueryType
Java class for MeterDataQueryType.
|
| MeterDataSet
This element is used in meter data responses to represent a group of meter data entries, linked to a parent (Congestion Point or BRP).
|
| MeterEventType
Java class for MeterEventType.
|
| Prognosis
Prognosis messages are used to communicate A-plans and D-prognoses between USEF participants.
|
| PrognosisResponse
Upon receiving and processing a Prognosis message, the receiving implementation must reply with a PrognosisResponse, indicating whether the prognosis was syntactically and semantically valid, and, in case any FlexOrder messages have previously been sent for any PTU in the Period the Prognosis applies to, a FlexOrderStatus indication for each of those orders.
|
| PrognosisType
Java class for PrognosisType.
|
| PTU
Java class for anonymous complex type.
|
| PTUMeterData
Java class for anonymous complex type.
|
| PTUSettlement
Java class for anonymous complex type.
|
| SettlementMessage
The SettlementMessage is sent by DSOs and BRPs on a regular basis (typically monthly) to AGRs in order to initiate settlement.
|
| SettlementMessageResponse
Upon receiving and processing a SettlementMessage, the receiving implementation must reply with a SettlementMessageResponse, indicating whether the initial message was handled successfully.
|
| SignedMessage
Java class for anonymous complex type.
|
| SignedMessageReply
Java class for anonymous complex type.
|
| TestMessage
TestMessage does not have any content (other than the mandatory message metadata) and may be used by implementations for (connectivity) testing purposes.
|
| TestMessageResponse
Upon receiving a TestMessage, the receiving implementation must reply with a TestMessageResponse.
|
| USEFRole
Java class for USEF-Role.
|
| Class and Description |
|---|
| Message
Interface which needs to be implemented for all Messages.
|
| Class and Description |
|---|
| Message
Interface which needs to be implemented for all Messages.
|
| MessagePrecedence
Java class for MessagePrecedence.
|
| Class and Description |
|---|
| CommonReferenceEntityType
Java class for CommonReferenceEntityType.
|
| CommonReferenceQueryResponse
Upon receiving and processing a CommonReferenceQuery message, the receiving implementation must reply with a CommonReferenceQueryResponse, indicating whether the query executed successfully, and if it did, including the query results.
|
| FlexOffer
FlexOffer messages are used by Aggregators to make DSOs and BRPs an offer for providing flexibility.
|
| FlexOrder
FlexOrder messages are used by DSOs and BRPs to purchase flexibility from an Aggregator based on a previous FlexOffer.
|
| FlexRequest
FlexRequest messages are used by BRPs and DSOs to request flexibility from Aggregators.
|
| Message
Interface which needs to be implemented for all Messages.
|
| Prognosis
Prognosis messages are used to communicate A-plans and D-prognoses between USEF participants.
|
| SettlementMessage
The SettlementMessage is sent by DSOs and BRPs on a regular basis (typically monthly) to AGRs in order to initiate settlement.
|
| SignedMessage
Java class for anonymous complex type.
|
| USEFRole
Java class for USEF-Role.
|
| Class and Description |
|---|
| Message
Interface which needs to be implemented for all Messages.
|
| MessageMetadata
Java class for anonymous complex type.
|
| MessagePrecedence
Java class for MessagePrecedence.
|
| USEFRole
Java class for USEF-Role.
|
| Class and Description |
|---|
| Message
Interface which needs to be implemented for all Messages.
|
| Class and Description |
|---|
| FlexOfferRevocation
The FlexOfferRevocation message is used by the Aggegator to revoke a FlexOffer previously sent to a DSO or BRP.
|
| PTU
Java class for anonymous complex type.
|
| Class and Description |
|---|
| PTU
Java class for anonymous complex type.
|
| Class and Description |
|---|
| DispositionAcceptedDisputed
Java class for Disposition-AcceptedDisputed.
|
| DispositionAcceptedRejected
Java class for Disposition-AcceptedRejected.
|
| MeterDataQuery
MeterDataQuery is used by customers of a Meter Data Company to query per-Connection, per-PTU power consumption/production values for a specified period.
|
| PTU
Java class for anonymous complex type.
|
| Class and Description |
|---|
| ConnectionMeterData
Java class for anonymous complex type.
|
| ConnectionMeterEvent
Java class for anonymous complex type.
|
| DispositionAcceptedDisputed
Java class for Disposition-AcceptedDisputed.
|
| DispositionAvailableRequested
Java class for Disposition-AvailableRequested.
|
| FlexOrderSettlement
Java class for anonymous complex type.
|
| MeterData
Java class for anonymous complex type.
|
| MeterDataSet
This element is used in meter data responses to represent a group of meter data entries, linked to a parent (Congestion Point or BRP).
|
| MeterEventType
Java class for MeterEventType.
|
| PTU
Java class for anonymous complex type.
|
| PTUMeterData
Java class for anonymous complex type.
|
| PTUSettlement
Java class for anonymous complex type.
|
| USEFRole
Java class for USEF-Role.
|
| Class and Description |
|---|
| CommonReferenceQuery
CommonReferenceQuery is used by DSOs to discover which Aggregators represent which number of Connections on its registered Congestion Point(s).
|
| CommonReferenceUpdate
CommonReferenceUpdate is used by the DSO to declare a Congestion Point and registering the Connection(s) associated with it (or, if the Connection count is 0, to delete the Congestion Point).
|
| Class and Description |
|---|
| CommonReferenceUpdate
CommonReferenceUpdate is used by the DSO to declare a Congestion Point and registering the Connection(s) associated with it (or, if the Connection count is 0, to delete the Congestion Point).
|
| Class and Description |
|---|
| Prognosis
Prognosis messages are used to communicate A-plans and D-prognoses between USEF participants.
|
| Class and Description |
|---|
| FlexOrder
FlexOrder messages are used by DSOs and BRPs to purchase flexibility from an Aggregator based on a previous FlexOffer.
|
| Class and Description |
|---|
| CongestionPoint
Java class for anonymous complex type.
|
| Prognosis
Prognosis messages are used to communicate A-plans and D-prognoses between USEF participants.
|
| PTU
Java class for anonymous complex type.
|
| Class and Description |
|---|
| Prognosis
Prognosis messages are used to communicate A-plans and D-prognoses between USEF participants.
|
| Class and Description |
|---|
| MeterDataSet
This element is used in meter data responses to represent a group of meter data entries, linked to a parent (Congestion Point or BRP).
|
| Class and Description |
|---|
| DispositionAcceptedDisputed
Java class for Disposition-AcceptedDisputed.
|
| Class and Description |
|---|
| MeterEventType
Java class for MeterEventType.
|
| Class and Description |
|---|
| MeterDataQuery
MeterDataQuery is used by customers of a Meter Data Company to query per-Connection, per-PTU power consumption/production values for a specified period.
|
| Class and Description |
|---|
| Connection
Java class for anonymous complex type.
|
| Class and Description |
|---|
| MeterDataQuery
MeterDataQuery is used by customers of a Meter Data Company to query per-Connection, per-PTU power consumption/production values for a specified period.
|
Copyright © 2016. All rights reserved.


Redarx (POC)
Experimental Dart State Management humbly inspired by Parsley / Redux / ngrx and André Stalz work
Demo
Goals
- study Dart : streams, generics, annotations, asynchrony...
- study Redux, Mobx, state management
- play with reducers, Request/Commands mapping...
- and more studies, more experiments, more play...
Principles
The Application State is managed in a Store
State is updated by commands, and the store keep a list of executed commands.
State is evaluated by a reducers of model commands updates, basic cancellation is allowed by simply remove the last command from "history".
A Commander listen to a stream of Requests dispatched by a Dispatcher injected in the application components | controllers | PM | VM
Each Request is defined by an RequestType enum, and can contains data.
Requests are "converted" to commands by the Commander, based on the CommanderConfig.map definition
- the dispatcher is injected in view || controller || PresentationModel || ViewModel
- Controllers use the dispatcher to dispatch Requests
- Request are categorized by types, types are defined in RequestTypes
- the dispatcher stream dispatched Requests
- the dispatcher is injected in Commander
- the commander listen the Requests stream
- each Request is tied to a command via a CommanderConfig which is injected in Commander
- Commander need a CommanderConfig containing a Map<RequestType,Command>
- when an Request is dispatched, the commander add the corresponding command to the store
- the store then execute
- a (synchronous) command is executed to update the store
- the store is injected in the commander
TODO
- implements a Scan stream transformer » just emit the last reduced state
- fix the generic/command (
mess) - typed Request ? BookRequest, UserRequest ...?
- async commands
- more stream
- external config file ? dynamic runtime RequestType/Command Pair via defered libraries loading ?
- ...
Questionning
- dispatcher : use a streamController.add rather than dispatch method ?
- multiple store ? dispatcher ? commander ?
- each component could set an Request stream and the commander could maybe listen to it
Libraries
- redarx
-
Redarx : action dispatcher commander store


 If accepted, there's an opportunity to complete a programme with one of our partners.
| Entrepreneur First | Europe's leading early-stage investor in technology companies. Helping talented individuals build high growth technology start-ups. |
| Frontline | Recruits high-achieving graduates into children's social work, one of Britain's toughest and most rewarding professions. |
| Lead First | The opportunity to complete an intensive leadership development course, before spending up to a year gaining experience in roles with the British army. |
| Police Now | A new leadership programme which puts exceptional graduates on the policing frontline in challenged communities around the UK. |
| TeachFirst | An education charity working in partnership with others to end educational inequality. |
| Think Ahead | A new route into social work, for those remarkable enough to make a real difference to people with mental health problems. |
| Year Here | Designed as a platform for graduates and young professionals who want to build smart solutions to entrenched social problems. |


Rating: * * out of * * * *
Rated PG: sexual innuendo and humor, language, mild slapstick violence.
Starring: Mark Addy, Kirsten Johnston, Jane Krowkowski Stephen Baldwin, Alan Cumming, Joan Collins, Voice of Rosie O' Donnell. Running time: 90 minutes
Directed by: Brian Levant.
In 1994, a family film opened with a 37.2 million dollar weekend, and went on to gross a little under $140m. That film was based on a hugely popular cartoon entitled "The Flintstones"...the movies name? The Flinstones. The huge hit starred John Goodman as Fred Flintstone, Rick Moranis as Barney, Elizabeth Perkins as Wilma and Rosie O'Donnel as Betty. The co-stars were Joan Collins, Kyle McLachlan and Halle Berry. It was a very good family movie, with some terrific acting and special effects. Now in 2000 we get the long-awaited sequel "The Flintstones in Viva Rock Vegas", which isn't as good as the first movie.
Now the worst thing about the film is the actors: Mark Addy (an english guy) as Fred Flintstone who was previously in the great film "The Full Monty" gives a terrible performance as Fred. Stephen Baldwin (LOL) as Barney...is well indescribably bad, but the two stars that shine in the lead roles is Kirsten Johnston as Wilma, and Jane Krowkowski as Better. Kirsten who is in the NBC show "3rd Rock From the Sun" plays Wilma very well, and brings her characteristics out, as well as her character herself. Jane who is on the huge show "Ally McBeal" is beautiful as Betty, and makes me wonder why Rosie O'Donnell was picked to play Betty in the first film. She fits the character greatly, looks like Betty, and acts like Betty. Mark Addy is a great actor, but just doesn't have the capacities to play Fred Flintstone, he doesn't look like Fred, act like Fred nor does he talk like Fred.
Now for the plot of the movie: Years before Fred and Wilma meet, years before Barney and Betty meet, Fred wishes for the person that is meant for him to be out there, and Wilma wishes to go to Bedrock and out of her rich home. Wilma leaves and meets Betty and moves in with her. They become best friends, as is Fred and Barney. Fred and Barney meet Wilma and Betty at a Burger King type of place, and they go on a double date, only to have several misadventures such as Chip Rockefeller trying to woo Wilma to marry him and get rid of Fred, and a little alien who is sent to Earth to study the human mating rituals. The story is quite good, and tells alot about the Flintstones past, and is well developed, like how Dino came along, how they got married, and how they lived.
The major flaw in this film is the cast though, we could have easily gotten a better Fred and Barney, but Wilma and Betty are priceless, the great supporting cast includes: Joan Collins as Wilma's mother, Thomas Gibson as Chip, and several other cameos. The movie has some great sequences, and the special effects are quite well developed, but it's missing the charm of the first film, as well as the comedy. This one seems to be directed towards adults, and contains some sexual humor that at times for a PG film is quite frank. It's not a terrible film, but I could have wished for a better Flintstones movie, with a much better cast.
Reviewed by Brandon Herring 4/28/00 For more reviews please visit MOVIE REVIEW CENTRAL at http://www.geocities.com/moviefan983/moviereviewcentral.html
Email me at<EMAIL_ADDRESS>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


What do we do?
We are students who are making this system for educational purpose only.
This is a healthcare system which deals with taking some data about their symptoms from the user and provide them some diagnosis on the basis of their inputs.
What data do we collect?
At the time of sign-Up users are asked to provide their full name, email and a passoword which they will need to make a profile.
Other than this the user will be able to enter details like thier height, weight, address, phone number, date of birth and gender.
How are we using the data?
The system will use the email address and password for authenticating the user befor they can use the features provided by the system.
The system will use the address of the user to provide a map of the GPs' near the users location.
No other personal information will be used in any kind of processing.
How are we storing the data?
The system is storing the data in a cloud environment which is not accessable to users without admin roles.
The data is also encryted using an alogrithm before being stored in the database.
Only proper keys will be able to decrypt the data and view it.
Can user access the data?
User has full control over the data they are providing.
At any point they will be able to change or delete any personal data they have provided to the system.
Why do you need to provide concent?
According to the General Data Protection Regulation(GDPR) any business or system operating in the EU region needs to provide full discloser of any
personal identifiable information of the user which is collected or used by the system in any way or form.
By checking the box on the sign-Up you are agreeing for the system to collect and use the information as mention above.


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Perl Weekly
Issue #134 - 2014-02-17 - Say It With Flowers
latest | archive | by Yanick Champoux
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Authoring modules on CPAN is very often an act of love, and from all times the community explored ways to say 'thank you' to the people who make the Perl ecosystem what it is. Recently, the site Gittip caught a few eyes, and now sees a budding Perl community. Some of the links of this week discuss how to join the party, and why it might a good thing. Beyond this, we have news of a new Mojolicious-centered conference happening in May, a preview of what's coming in Perl 5.20, and a nice collection of tutorials.  And then, boom, error reports begin to pour in. What to do? Is panic the appropriate reaction? Randy J. Ray shares his experience, and his recommendations on how to stop worrying, and love the reports.
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Lists, Lists, Lists
The difference between arrays and lists is a subtle one, and tripped more than one beginner. Emma Howson discusses those two beasties, highlighting in which ways they are alike and differ.
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Discussion
|
Everything needs an ID
Why? Because it's usually simple to do, and makes things easy. Mark Dominus makes the case for the ever-useful unique identifier.
|
|
Perl Today
Twelve of the current big Perl players have been asked the question: "This is February 2014. What's the state of Perl?"
|
|
I bought a weekly round for my friends
Peter Rabbitson (aka. Ribasushi) embraced the current Perl Gittip movement, and argues how it can be a good way to give a nod to your favorite CPAN authors.
|
|
Add your gittip id to your MetaCPAN account
Gittip now has a Perl community. If you are a CPAN author, you should consider joining. Here, Neil Bowers shows you how to add a gittip icon to your MetaCPAN account (spoiler: it's super easy).
|
|
Testing
|
|
|
|
|
Easy Fixtures With DBIx::Class
Testing with databases is typically hard and messy. Yet, sanity might shines at the end of the tunnel: Ovid has a new way to manage those unruly fixtures.
|
|
Code
|
Git::CPAN::Patch Gets A Bit More Magic
On the outside, the new version of Git::CPAN::Patch will now clone the official git repository of a module if available. On the inside, Yanick discusses how to write tests for a module that pushes all of the hard buttons (command-line scripts, file/directory meddlings, network access, the works).
|
|
|
|
Moose ported to Ruby
Code in Ruby? Love Moose? Rejoice, for there is now a port of our favorite ungulated OO system in the land of gems.
|
|
Web
|
CGI.pm needs a new maintainer
Lincoln Stein, the original creator of CGI.pm, the module that helped lots of people in the 90's and that's is still in use in many places, is now looking for a new primary maintainer for the module. Its your chance for fame. Or at least to contribute to the greater good.
|
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Videos
|
Stupid CPAN Tricks
Video of JT Smith's talk.  Every Week. Free of charge!
|


Search:
MIPS Encoding Reference
Instruction Encodings
Each MIPS instruction is encoded in exactly one word (32 bits). There are three encoding formats.
Register Encoding
This encoding is used for instructions which do not require any immediate data. These instructions receive all their operands in registers. Additionally, certain of the bit shift instructions use this encoding; their operands are two registers and a 5-bit shift amount.
ooooooss sssttttt dddddaaa aaffffff
|
Field |
Width |
Description |
|
o |
6 |
Instruction opcode. This is 000000 for instructions using this encoding. |
|
s |
5 |
First source register, in the range 0-31. |
|
t |
5 |
Second source register, in the range 0-31. |
|
d |
5 |
Destination register, in the range 0-31. |
|
a |
5 |
Shift amount, for shift instructions. |
|
f |
6 |
Function. Determines which operation is to be performed. Values for this field are documented in the tables at the bottom of this page. |
Immediate Encoding
This encoding is used for instructions which require a 16-bit immediate operand. These instructions typically receive one operand in a register, another as an immediate value coded into the instruction itself, and place their results in a register. This encoding is also used for load, store, branch, and other instructions so the use of the fields is different in some cases.
Note that the "first "and "second "registers are not always in this order in the assembly language; see "Instruction Syntax "for details.
ooooooss sssttttt iiiiiiii iiiiiiii
|
Field |
Width |
Description |
|
o |
6 |
Instruction opcode. Determines which operation is to be performed. Values for this field are documented in the tables at the bottom of this page. |
|
s |
5 |
First register, in the range 0-31. |
|
t |
5 |
Second register, in the range 0-31. |
|
i |
16 |
Immediate data. These 16 bits of immediate data are interpreted differently for different instructions. 2's-complement encoding is used to represent a number between -2 15 and 2 15 -1. |
Jump Encoding
This encoding is used for jump instructions, which require a 26-bit immediate offset. It is also used for the trap instruction.
ooooooii iiiiiiii iiiiiiii iiiiiiii
|
Field |
Width |
Description |
|
o |
6 |
Instruction opcode. Determines which operation is to be performed. Values for this field are documented in the tables at the bottom of this page. |
|
i |
26 |
Immediate data. These 26 bits of immediate data are interpreted differently for different instructions. 2's-complement encoding is used to represent a number between -2 25 and 2 25 -1. |
Instruction Syntax
This is a table of all the different types of instruction as they appear in the assembly listing. Note that each syntax is associated with exactly one encoding which is used to encode all instructions which use that syntax.
|
Encoding |
Syntax |
Template |
Comments |
|
Register |
ArithLog |
f $d, $s, $t |
|
|
DivMult |
f $s, $t |
||
|
Shift |
f $d, $t, a |
||
|
ShiftV |
f $d, $t, $s |
||
|
JumpR |
f $s |
||
|
MoveFrom |
f $d |
||
|
MoveTo |
f $s |
||
|
Immediate |
ArithLodI |
o $t, $s, i |
|
|
LoadI |
o $t, immed32 |
i is high or low 16 bits of immed32 |
|
|
Branch |
o $s, $t, lable |
i is calculated as (label - (current + 4)) >> 2 |
|
|
BranchZ |
o $s, lable |
i is calculated as (label - (current + 4)) >> 2 |
|
|
LoadStore |
o $t, i($s) |
||
|
Jump |
Jump |
o lable |
i is calculated as (label - (current + 4)) >> 2 |
|
Trap |
o i |
Opcode Table
These tables list all of the available operations in MIPS. For each instruction, the 6-bit opcode or function is shown. The syntax column indicates which syntax is used to write the instruction in assembly text files. Note that which syntax is used for an instruction also determines which encoding is to be used. Finally the operation column describes what the operation does in pseudo-Java plus some special notation as follows:
" MEM [ a ]: n "means the n bytes of memory starting with address a .
The address must always be aligned; that is, a must be divisible by n , which must be a power of 2.
" LB ( x ) "means the least significant 8 bits of the 32-bit location x . " LH ( x ) "means the least significant 16 bits of the 32-bit location x . " HH ( x ) "means the most significant 16 bits of the 32-bit location x .
" SE ( x ) "means the 32-bit quantity obtained by extending the value x on the left with its most significant bit.
" ZE ( x ) "means the 32-bit quantity obtained by extending the value x on the left with 0 bits.
|
Arithmetic and Logical Instructions |
|||
|
Instruction |
Opcode/Function |
Syntax |
Operation |
|
add |
100000 |
ArithLog |
$d = $s + $t |
|
addu |
100001 |
ArithLog |
$d = $s + $t |
|
addi |
001000 |
ArithLogI |
$t = $s + SE(i) |
|
addiu |
001001 |
ArithLogI |
$t = $s + SE(i) |
|
and |
100100 |
ArithLog |
$d = $s &$t |
|
andi |
001100 |
ArithLogI |
$t = $s &ZE(i) |
|
div |
011010 |
DivMult |
lo = $s / $t; hi = $s % $t |
|
divu |
011011 |
DivMult |
lo = $s / $t; hi = $s % $t |
|
mult |
011000 |
DivMult |
hi:lo = $s * $t |
|
multu |
011001 |
DivMult |
hi:lo = $s * $t |
|
nor |
100111 |
ArithLog |
$d = ~($s | $t) |
|
or |
100101 |
ArithLog |
$d = $s | $t |
|
ori |
001101 |
ArithLogI |
$t = $s | ZE(i) |
|
sll |
000000 |
Shift |
$d = $t <<a |
|
sllv |
000100 |
ShiftV |
$d = $t <<$s |
|
sra |
000011 |
Shift |
$d = $t >>a |
|
srav |
000111 |
ShiftV |
$d = $t >>$s |
|
srl |
000010 |
Shift |
$d = $t >>>a |
|
srlv |
000110 |
ShiftV |
$d = $t >>>$s |
|
sub |
100010 |
ArithLog |
$d = $s - $t |
|
subu |
100011 |
ArithLog |
$d = $s - $t |
|
xor |
100110 |
ArithLog |
$d = $s ^ $t |
|
xori |
001110 |
ArithLogI |
$d = $s ^ ZE(i) |
|
Constant-Manipulating Instructions |
|||
|
Instruction |
Opcode/Function |
Syntax |
Operation |
|
lhi |
011001 |
LoadI |
HH ($t) = i |
|
llo |
011000 |
LoadI |
LH ($t) = i |
|
Comparison Instructions |
|||
|
Instruction |
Opcode/Function |
Syntax |
Operation |
|
slt |
101010 |
ArithLog |
$d = ($s <$t) |
|
sltu |
101001 |
ArithLog |
$d = ($s <$t) |
|
slti |
001010 |
ArithLogI |
$t = ($s <SE(i)) |
|
sltiu |
001001 |
ArithLogI |
$t = ($s <SE(i)) |
|
Branch Instructions |
|||
|
Instruction |
Opcode/Function |
Syntax |
Operation |
|
beq |
000100 |
Branch |
if ($s == $t) pc += i <<2 |
|
bgtz |
000111 |
BranchZ |
if ($s >0) pc += i <<2 |
|
blez |
000110 |
BranchZ |
if ($s <= 0) pc += i <<2 |
|
bne |
000101 |
Branch |
if ($s != $t) pc += i <<2 |
|
Jump Instructions |
|||
|
Instruction |
Opcode/Function |
Syntax |
Operation |
|
j |
000010 |
Jump |
pc += i <<2 |
|
jal |
000011 |
Jump |
$31 = pc; pc += i <<2 |
|
jalr |
001001 |
JumpR |
$31 = pc; pc = $s |
|
jr |
001000 |
JumpR |
pc = $s |
|
Load Instructions |
|||
|
Instruction |
Opcode/Function |
Syntax |
Operation |
|
lb |
100000 |
LoadStore |
$t = SE (MEM [$s + i]:1) |
|
lbu |
100100 |
LoadStore |
$t = ZE (MEM [$s + i]:1) |
|
lh |
100001 |
LoadStore |
$t = SE (MEM [$s + i]:2) |
|
lhu |
100101 |
LoadStore |
$t = ZE (MEM [$s + i]:2) |
|
lw |
100011 |
LoadStore |
$t = MEM [$s + i]:4 |
|
Store Instructions |
|||
|
Instruction |
Opcode/Function |
Syntax |
Operation |
|
sb |
101000 |
LoadStore |
MEM [$s + i]:1 = LB ($t) |
|
sh |
101001 |
LoadStore |
MEM [$s + i]:2 = LH ($t) |
|
sw |
101011 |
LoadStore |
MEM [$s + i]:4 = $t |
|
Data Movement Instructions |
|||
|
Instruction |
Opcode/Function |
Syntax |
Operation |
|
mfhi |
010000 |
MoveFrom |
$d = hi |
|
mflo |
010010 |
MoveFrom |
$d = lo |
|
mthi |
010001 |
MoveTo |
hi = $s |
|
mtlo |
010011 |
MoveTo |
lo = $s |
|
Exception and Interrupt Instructions |
|||
|
Instruction |
Opcode/Function |
Syntax |
Operation |
|
trap |
011010 |
Trap |
Dependent on operating system; different values for immed26 specify different operations. See the list of traps for information on what the different trap code s do. |
Opcode Map
ROOT
Table of opcodes for all instructions:
|
000 |
001 |
010 |
011 |
100 |
101 |
110 |
111 |
|
|
000 |
REG |
j |
jal |
beq |
bne |
blez |
bgtz |
|
|
001 |
addi |
addiu |
slti |
sltiu |
andi |
ori |
xori |
|
|
010 |
||||||||
|
011 |
llo |
lhi |
trap |
|||||
|
100 |
lb |
lh |
lw |
lbu |
lhu |
|||
|
101 |
sb |
sh |
sw |
|||||
|
110 |
||||||||
|
111 |
REG
Table of function codes for register-format instructions:
|
000 |
001 |
010 |
011 |
100 |
101 |
110 |
111 |
|
|
000 |
sll |
srl |
sra |
sllv |
srlv |
srav |
||
|
001 |
jr |
jalr |
||||||
|
010 |
mfhi |
mthi |
mflo |
mtlo |
||||
|
011 |
mult |
multu |
div |
divu |
||||
|
100 |
add |
addu |
sub |
subu |
and |
or |
xor |
nor |
|
101 |
slt |
sltu |
||||||
|
110 |
||||||||
|
111 |
David R. Cheriton School of Computer Science
University of Waterloo
Waterloo, Ontario, Canada N2L 3G1
Tel:<PHONE_NUMBER> x33293
Fax:<PHONE_NUMBER>
Contact | Feedback<EMAIL_ADDRESS>| David R. Cheriton School of Computer Science
|
Last modified: Monday, 23-Aug-2010 16:11:56 EDT
Traps
|
Trap
|
Description |
Type |
|
0 |
Halt the Program |
System |
|
1 |
Print the integer in $4 to the console |
Console |
|
4 |
Print the ASCIIZ string to console starting at the address in $4 stepping every n bytes for each character where n is equal to register 5 |
Console |
|
5 |
Read an integer from the user console and place value in $2 |
Console |
|
8 |
Read a string from the user console and store at the address in $4. Length of buffer in $5 * Need to allocate one more word than used (for the terminating 0 in the ASCIIZ string) |
Console |
|
99 |
Places a random number from between the values in $4 and $5 into $2. |
Math |
|
101 |
Print character to console in $4 |
Console |
|
102 |
Read character from user console and place value in $2 |
Console |
|
103 |
Returns the last character the user entered into the console in register 2 if empty returns 0 |
Console |
|
104 |
Returns True(value greater than 0) if user is pressing the key value stored in register 4 and returns false(value is 0) if the user is not |
Screen |
|
105 |
Sleeps for the number of millis in register 4 |
System |
|
106 |
Sleeps for the number of millis in register 4 minus the time it took since the trap was called |
System |
|
111 |
Breaks the program if breakpoints are enabled |
System |
|
130 |
Gives the lower half of the system millis and stores it in register 2 |
System |
|
150 |
Sets the screen size where width is the number in register 4 and height is in register 5 |
Screen |
|
151 |
Sets the pixel color at $4 ->x, $5 ->y, $6 ->color stored as a RGB int |
Screen |
|
152 |
Set the pixel color at index of $4, $5 ->color stored as RGB int |
Screen |
|
153 |
Updates the screen to the new values |
Screen |
|
154 |
hsv 0 - 255, h $4, s $5, v $6 - returns rgb values into register 4, 5, 6 |
Math |
|
155 |
hsv 0 - 255, h $4, s $5, v $6 - returns color int $4 |
Math |
|
156 |
fills the whole screen with the color in register 4 |
Screen |
Directives
|
Directive |
Description |
|
.word |
Allows for the storage of 32 bit integers separated by commas |
|
.hword |
Allows for the storage of 16 bit integers separated by commas |
|
.byte |
Allows for the storage of 8 bit integers separated by commas |
|
.ascii |
Allows for the encoding of ascii characters defined between commas to be stored as a string of bytes in memory |
|
.space N |
Allocate N bytes of space |
|
.org |
Sets the origin in memory of the code below |
Register Use
|
Registers |
Description |
Preserved During Function Call? |
|
$0 |
Constant value of 0 - does not change |
N/A |
|
$1 |
||
|
$2 - $3 |
Return values and Expression Evaluation |
No |
|
$4 - $7 |
Arguments |
Yes |
|
$8 - $15 |
Temporary Registers |
No |
|
$16 - $23 |
Saved Registers |
Yes |
|
$24 - $25 |
More Temporary Registers |
No |
|
$28 |
Global Pointer |
Yes |
|
$29 |
Stack Pointer |
Yes |
|
$30 |
Frame Pointer |
Yes |
|
$31 |
Return Address |
Yes |
|
lo, hi |
For values larger than 32-bit integers |
N/A |
|
pc |
Program Counter |
N/A |


Improvments in GCHP v13 aiding group activities,
and an operational C360 simulation
Liam Bindle
Group meeting: 2020-12-11
New in GCHP 13
Of interest to the group
- Erin's CEDS_GBD-MAPS "ON" by default
- GCHP satellite overpass diagnostics
- GCHP stretched-grids
- GCPy is a utility
- "Always-up-to-date" containers
Other noteworthy features
- Improved build system
- Improved documentation
- Unit Tester is retired
Release info
- Ready to be used: 13.0.0-beta.1
- Official release: ~January 2021
New in GCHP 13
Satellite diagnostics
New in GCHP 13
Satellite diagnostics
New in GCHP 13
Satellite diagnostics
New in GCHP 13
Satellite diagnostics
New in GCHP 13
Satellite diagnostics
- Facilitated by 1D output (new feature)
- Requires a "track file"
- Point to track file in HISTORY.rc
New in GCHP 13
Satellite diagnostics
New in GCHP 13
Stretched-grids
New in GCHP 13
Stretched-grids
New in GCHP 13
Stretched-grids
New in GCHP 13
Stretched-grids
#...
#------------------------------------------------
# Internal Cubed Sphere Resolution
#------------------------------------------------
CS_RES=48
STRETCH_GRID=ON
STRETCH_FACTOR=3.0
TARGET_LAT=25.0
TARGET_LON=112.0
# Primary resolution is an integer value
# 24 ~ 4x5, 48 ~ 2x2.25, 90 ~ 1x1.25, 180 ~ 1/2 deg, 360 ~ 1/4 deg
# Set stretched grid to ON or OFF. If ON, follow these rules for parameters:
# (1) Minimum STRETCH_FACTOR is 1.0001
# (2) Target lat and lon must be floats (contain decimal)
# (3) Target lon must be in range [0,360)
#...
This is a snippet from runConfig.sh
New in GCHP 13
Stretched-grids
New in GCHP 13
Always up-to-date containers
New in GCHP 13
Always up-to-date containers
GCPy interactive job
- GEOS-Chem utilities
- Quickly visualize output
- Regridding data
- Satellite diagn. utils.
- Stretched-grid utils.
#!/bin/bash
#BSUB -Is
#BSUB -n 6
#BSUB -R "rusage[mem=32GB] span[hosts=1]"
#BSUB -q general-interactive
#BSUB -a 'docker(geoschem/gcpy:latest)'
bash
Copy this file from: /storage1/fs1/rvmartin/Active/Shared/LB-20201211/gcpy-interactive.bsub
GCHP interactive job
- Create run directories
- Run GCHP
#!/bin/bash
#BSUB -Is
#BSUB -n 12
#BSUB -R "rusage[mem=32GB] span[hosts=1]"
#BSUB -q general-interactive
#BSUB -a 'docker(geoschem/gchp:13.0.0-beta.1-13-g924e47f)'
bash
Copy this file from: /storage1/fs1/rvmartin/Active/Shared/LB-20201211/gchp-interactive.bsub
New in GCHP 13
Documentation on ReadTheDocs
New in GCHP 13
Documentation on ReadTheDocs
New in GCHP 13
Final thoughts
Ideas for getting started
- Use the GCHP container
- geoschem/gchp:13.0.0-beta.1-13-g924e47f
- Interactive & batch job scripts in "Shared/LB-20201211"
- Focus on learning:
- run directory creation & configuration
- running GCHP
- Read:
WashU Chemistry Run (WUCR1)
WUCR1
Run info
Setup
- Period: June 1, 2018 —July 1, 2019
- Resolution: C360 (~25 km)
- Throughput: ~7 days/day
Daily means diagnostics
- All tracers
- All metfields
Satellite diagnostics (13:30)
- AODs, aerosol masses
- NO2, NO, HNO3, R4N2, PAN
- CO, O3, SO2, CH2O
- Metfields for column calculations
Animations diagnostics (15min)


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--- title: donate ---
The server costs €20.39/month. The donations so far this month are €0:
This month is not paid for. There is a surplus of €0.
You can send me money via PayPal.
Return to the radio


|
The SecureLinkTool extends the standard
LinkTool and has the exact same interface as
StrutsLinkTool and the same function. It should
substitute the StrutsLinkTool in the toolbox if
SSL Ext is installed.
It's functionality is a subset of the functionality provided by the
sslext tag library for JSP.
The SSL Ext. Struts extension package makes it possible to declare Struts actions
secure, non-secure, or neutral in the struts config like so:
<action path="/someSecurePath" type="some.important.Action">
<set-property property="secure" value="true"/>
<forward name="success" path="/somePage.vm" />
</action>
|
|
If an action is declared secure the SecureLinkTool will render the relevant link
as https (if not already in ssl-mode). In the same way, if an action is declared
non-secure the SecureLinkTool will render the relevant link as http (if in ssl-mode).
If the action is declared as neutral (with a "secure" property of "any") then the
SecureLinkTool won't force a protocol change either way. If the custom
request processor is also used then a request will be redirected to the correct
protocol if an action URL is manually entered into the browser with the wrong protocol
These are the steps needed to enable SSL Ext:
- SSL connections need to be enabled on the webserver.
- The Java Secure Socket Extension (JSSE) package needs to be in place (it's
integrated into the Java 2 SDK Standard Edition, v. 1.4 but optional for earlier
versions)
- In toolbox.xml the SecureLinkTool should substitute the StrutsLinkTool
- In struts-conf.xml the custom action-mapping class needs to be specified
- In struts-conf.xml the custom controller class can optionally be specified
(if the redirect feature is wanted)
- In struts-conf.xml the SecurePlugIn needs to be added
- In struts-conf.xml, when using Tiles, the SecureTilesPlugin substitues both the
TilesPlugin and the SecurePlugIn and it also takes care of setting the correct
controller so there is no need to specify the custom controller.
- See Also
-
SSL Ext. project home
| Class |
| | org.apache.velocity.tools.struts.SecureLinkTool |
| Name |
| | $link (this is the recommended name of the tool in
the Velocity context) |
| Toolbox Configuration Example |
| | <tool>
<key>link</key>
<scope>request</scope>
<class>org.apache.velocity.tools.struts.SecureLinkTool</class>
</tool> |
| Author(s) |
| |
Marino A. Jonsson
|
|


In this page you can see all the WSGI variables your request object has, the ones in capital letters are required by the spec, then a sorted by component list of variables provided by the Components, and at last the "wsgi." namespace with very useful information about your WSGI Server
The keys in the environment are:
| ${key} | ${str(environment[key])} |


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FCQ (Chartist)
How many courses were taught across five departments?
How many courses were taught across all departments?
How many courses were taught across the departments that have taught
at least 100 courses?
How many courses were taught among the top 10 departments (sorted)?
How are the number of courses taught compared between HIST (red) and CSCI (orange) across the four levels?


Meet Lapo Orlandini and follow his quest as he escapes from the city riddled with the plague.
Wear your headphones, follow the map and find out about the local environemnt and people.
Hiding behind every building there is a story to discover!

Wait a moment, where is lucky charm?!
Uh-oh!
We need to find it!
Coming soon!


This example writes "Hello JavaScript!" into an HTML element with id="demo":
heyy,i'm doing javascript
😀


- 1 May 1822 Born in Bonn, Germany, the son of Anna Eva Theodora Ruth and her husband Mathias Haast, a merchant and sometime burgomaster (magistrate or mayor) of Bonn.
- 1820s-1830s Educated at grammar schools in Bonn and Cologne.
- 1840s Studied geology at the Rheinische Friedrich-Wilhelms-Universität in Bonn, but did not graduate.
- 1840s After travelling throughout Europe, Haast settles in Frankfurt, and works in the trade of books and also mineral samples.
- 26 October 1846 Married Antonia Johanna Caroline Schmitt in Frankfurt. Ultimately, the marriage was not happy.
- 1848 With his wife, Haast had a son, Matthias Robert.
- 1 May 1858 Accepted a proposal from the English shipowners, Willis, Gann and Co., to travel to New Zealand and to report on the prospects for German emigration. Haast was fluent in English. Haast's eventual report was not favourable for the prospects of emigration, citing the young nation's financial difficulties, and hostilities between immigrants and Māori.
- September 1858—21 December 1858 Travelled from London to Auckland, New Zealand on the Evening Star.
- 22 December 1858 Ferdinand Hochstetter (a geologist from Esslingen, Württemberg) arrives in Auckland on the Australian frigate Novara. Haast meets hims this very day, at the home of another German emigrant, and the two become lifelong friends.
- 1859 Haast and Hochstetter work together to do a number of geological expeditions in the Auckland and Nelson areas. Haast accompanies Hochstetter in investigating a coal field in Drury, where he also meets the explorer and surveror Charles Heaphy. They journey along the Waikato River, interacting with many Māori before retuning to Auckland in January 1859. Soon after, the party would explore much more of the Waikato region, mostly untraversed by Pākehā, making its own maps.
- June 1859 Hochstetter and Haast go to the Coromandel to investigate gold fields.
- July 1859 Hochstetter and Haast sail to Nelson. during this time, Haast performs several digs for moa bones, extracting several near-complete skeletons. At Shakespeare Bay, near the present-day site of the town of Picton, Haast correctly predicts the presence of gold based upon his inspection of the local geology.
- October 1859 Antonia Haast dies.
- Late 1859 Hochstetter departs from New Zealand; Haast is requested by the Nelson provincial government to spend eight months exploring the western parts of the province, a proposal to which he agrees.
- December 1859 Haast proposes that the Nelson geological survey be extended into Canterbury.
- 1860 Haast's report on the Nelson province revealed the extent of the Grey River coalfields (initially discovered but underestimated by Thomas Brunner), and found the Coalbrookdale (Denniston) seam in the Buller River, which will significantly impact the development of the town of Westport. He also reported traces of gold found in West Coast rivers.
- November 1860 Haast is requested by the Canterbury Superintendent William Moorhouse to examine the site of a proposed rail tunnel between Lyttleton and the Canterbury Plains, which a contracter had abandoned after encountering hard rock. Haast's report was favourable and a new tunnel was completed.
- February 1861 Haast assumes the position of provincial geologist to Canterbury, and from this time is associated with the development of both science and art in Canterbury. Haast held this position until 1869.
- 18 February 1861 Haast becomes a British subject.
- 1861 Haast begins a museum based on his own collection, modestly housed in the Canterbury council buildings.
-
1861—1873
Haast explores and maps the
Canterbury region
(which included
Westland
at this time), assessing mineral potential and making many observations.
- Made expeditions up all of the major Canterbury rivers to their sources. His alpine explorations yielded much new topographical, botanical, and geological information. In time he will collect many plans unknown to science, and many genera and species are named after him. Excavations at historical Māori sites conducted under his supervision led to important contributions to ethnography.
- Explored the headwaters of the Rangitata River.
- Made the first systematic examination of the area surrounding Mt Cook, the tallest mountain in New Zealand.
- 1861 Discovers a coal seam in Kowai.
- 1863 Crossed what came to be known as the Haast Pass in Haast's honour. This remains one of only three road passes (and one tunnel) of the Main Divide in the South Island of New Zealand. It is the lowest of the three passes, and is now a State Highway (6).
- 1865 Haast correctly predicts the existence of artesian water beneath the Canterbury Plains gravel.
- 1865 Named the Franz Josef Glacier after Emperor Franz Joseph I of Austria
- July 1862 Haast founds the Philosophical Institute of Canterbury. Haast's enthusiam for science and art is inspiration to many. His voice and skill as a violist (he played under Felix Mandelssohn's baton in Düsseldorf) helped enrich the early musical scene of Christchurch.
- 1862 Haast recieves an honourary degree of Doctor of Philosophy from the University of Tübingen.
- 25 June 1863 Marries Mary Dobson at St. Mary's Church, Heathcote, Christchurch. They will go on to have five children.
- 1865 The discovery of a well-preserved store of moa remains in a swamp in Glenmark (Waipara) excites Haast, who boosted the reputation of his museum by sending the remains overseas in exchange for valuable additions to the Canterbury museum. Haast's later papers on the moa and other New Zealand discoveries were read before the Geological and Zoological societies of London and the Royal Geographical Society.
- 1867 Haast is elected a fellow of the Royal Society.
- 1868 The expansion of Haast's museum led to the design of a new building by B. W. Beaumont, to which Haast is apppointed director.
- 1870Haast's new science museum (the Canterbury Museum) is opened, with himself appointed as curator. An ordinance establishes public library and school of technical science in association with the museum; Haast objected to the presence of the school.
- 1871 Haast is among those who established the Canterbury Collegiate Union, which promoted the establishment of Canterbury College (University of Canterbury) and its affiliation with the University of New Zealand. Haast taught geology and paleotologgy within the college.
- 1871 Haast's eagle is described for the first time by Julius Haast, from remains found by F. Fuller in a former marsh. Its scientific name, Harpagornis moorei is given by Haast after the name of the owner of the Glenmark Estate, George Henry Moore, on whose property the bones of the first bird were found. Haast's eagle is believed to have become extinct around 1400.
- 1875 Haast is conferred a hereditary knighthood by the emperor of Austria. This entitles him to the style himself "von Haast".
- 1876 von Haast becomes the first professor of geology at Canterury College, and held this position until his death.
- 1879 Publishes Geology of the provinces of Canterbury and Westland, New Zealand. This book summarised his work to date, and includs hand-drawn maps and illustrations, often drawn by his own hand.
- 1879—1887 von Haast serves as a member of the senate of the University of New Zealand.
- 1883 Becomes a Companion to the Order of St Michael and St George (CMG)
- 1884 von Haast is awarded the Patron's Gold Medal of the Royal Geographical Society for his explorations in New Zealand.
- 1886 Awarded an honourary degree of Doctor of Science from Cambridge University.
- 1886 von Haast visits Europe as a New Zealand comissioner for the Colonial and Indian Exhibition in London.
- 1886 Becomes a Knight Commander of the Order of St Michael and St George (KCMG).
- 16 August 1887 von Haast dies in Christchurch, New Zealand. He is buried in the grounds of the former Holy Trinity Church in Stanmore Road, Christchurch. The church was devastated in the 2011 Canterbury earthquake, and has been demolished. His grave can still be visited near the location of the former church.
Criticisms of Haast
Haast was ambitious, meticulous, and seemingly obsessed with external recognition for his work: actively seeking personal honours in New Zealand and Europe. His reports were voluminous and extremely detailed—adjectives which were used in a disparaging light.
Selected legacy
- Haast's Pass, New Zealand .
- Haast, New Zealand , 2006 population of 297 people, spread in three communities: the Haast township, Haast Junction, and Haast Beach.
- The Haast River , most of which is within the Te Wahipounamu World Heritage site. A road bridge over the river is the longest one-lane road bride in New Zealand, and the seventh-longest bridge in New Zealand.
- The schist found in New Zealand is called "Haast schist" as a tribute to von Haast's contributions to the nation's geology. The schist is found on the eastern side of the Alpine Fault in the South Island.
- The Haast brown kiwi, Apteryx haastii, the rarest subspecies of the South Island brown kiwi (only about 250 birds live), bears von Haast's name, and is only found near the town of Haast.
- Haast's eagle bears his name. It is an extinct species of eagle once extant in the South Island of New Zealand, and was the largest species of eagle known to have existed. It was even larger than the largest living vultures.
Sources
- Malin, P. B. Haast, Johann Franz Julius von . Te Ara, the Encyclopedia of New Zealand. October 2013.
- Haast, H. F. von. The life and times of Sir Julius von Haast. Wellington, 1948.
- Meduna, V. & Priestly, R. Atoms, Dinosaurs & DNA: 68 Great New Zealand Scientists. Random House New Zealand Ltd., 2008.
About
FOSS4G 2016 will be held in Bonn, Germany, in August. This annual has been held almost every year since 2004. It brings together many of those interested in free and open source software (FOSS) for geographic information systems (GIS). As Haast was born and raised in Bonn, I decided to make this meagre tribute to a man who such an influence on the development of science and in particular geography in New Zealand, my home.


Analysis Results
A clean and simple way to automate your surveilance system.
With Pied Piper you can use our REST-Api combined with your surveilance server to get state of the art object detection.


12:01:50.503 [Test worker] DEBUG org.springframework.web.HttpLogging - Writing form fields [!postProcessed, postProcessed] (content masked)
12:01:50.513 [Test worker] DEBUG org.springframework.web.HttpLogging - [1491d87f] Read form fields [!postProcessed, postProcessed] (content masked)
12:01:50.514 [Test worker] DEBUG org.springframework.web.HttpLogging - Writing form fields [!postProcessed] (content masked)
12:01:50.517 [Test worker] DEBUG org.springframework.web.HttpLogging - [62baebe2] Read form fields [!postProcessed] (content masked)
12:01:50.518 [Test worker] DEBUG org.springframework.web.HttpLogging - Writing form fields [_postProcessed, postProcessed] (content masked)
12:01:50.521 [Test worker] DEBUG org.springframework.web.HttpLogging - [7622cf9d] Read form fields [_postProcessed, postProcessed] (content masked)
12:01:50.521 [Test worker] DEBUG org.springframework.web.HttpLogging - Writing form fields [_postProcessed] (content masked)
12:01:50.524 [Test worker] DEBUG org.springframework.web.HttpLogging - [765e570c] Read form fields [_postProcessed] (content masked)
12:01:50.525 [Test worker] DEBUG org.springframework.web.HttpLogging - Writing form fields [spouse, spouse.name] (content masked)
12:01:50.527 [Test worker] DEBUG org.springframework.web.HttpLogging - [3b6b1b0] Read form fields [spouse, spouse.name] (content masked)
12:01:50.528 [Test worker] DEBUG org.springframework.web.HttpLogging - Writing form fields [!postProcessed, _postProcessed, postProcessed] (content masked)
12:01:50.531 [Test worker] DEBUG org.springframework.web.HttpLogging - [36e6bfdf] Read form fields [!postProcessed, _postProcessed, postProcessed] (content masked)
12:01:50.531 [Test worker] DEBUG org.springframework.web.HttpLogging - Writing form fields [!postProcessed, _postProcessed] (content masked)
12:01:50.534 [Test worker] DEBUG org.springframework.web.HttpLogging - [56d8c0b9] Read form fields [!postProcessed, _postProcessed] (content masked)
12:01:50.535 [Test worker] DEBUG org.springframework.web.HttpLogging - Writing form fields [_postProcessed] (content masked)
12:01:50.538 [Test worker] DEBUG org.springframework.web.HttpLogging - [523a1b59] Read form fields [_postProcessed] (content masked)
12:01:50.539 [Test worker] DEBUG org.springframework.web.HttpLogging - Encoding parts [name, someList, someArray, part, somePartList] (content masked)
12:01:50.546 [Test worker] DEBUG org.springframework.web.HttpLogging - [776191d5] Parsed parts [somePartList, part, name, someList, someArray] (content masked)
12:01:50.552 [Test worker] DEBUG org.springframework.web.HttpLogging - Writing form fields [!name, name] (content masked)
12:01:50.555 [Test worker] DEBUG org.springframework.web.HttpLogging - [12a8d250] Read form fields [!name, name] (content masked)
12:01:50.555 [Test worker] DEBUG org.springframework.web.HttpLogging - Writing form fields [!name] (content masked)
12:01:50.558 [Test worker] DEBUG org.springframework.web.HttpLogging - [29394b97] Read form fields [!name] (content masked)
12:01:50.560 [Test worker] DEBUG org.springframework.web.HttpLogging - Writing form fields [_postProcessed, postProcessed] (content masked)
12:01:50.562 [Test worker] DEBUG org.springframework.web.HttpLogging - [5547a7b7] Read form fields [_postProcessed, postProcessed] (content masked)
12:01:50.563 [Test worker] DEBUG org.springframework.web.HttpLogging - Writing form fields [_postProcessed] (content masked)
12:01:50.566 [Test worker] DEBUG org.springframework.web.HttpLogging - [21c38e9c] Read form fields [_postProcessed] (content masked)
12:01:50.566 [Test worker] DEBUG org.springframework.web.HttpLogging - Writing form fields [stringArray] (content masked)
12:01:50.569 [Test worker] DEBUG org.springframework.web.HttpLogging - [39ee0ccb] Read form fields [stringArray] (content masked)
12:01:50.569 [Test worker] DEBUG org.springframework.web.HttpLogging - Writing form fields [stringArray] (content masked)
12:01:50.572 [Test worker] DEBUG org.springframework.web.HttpLogging - [6281d02] Read form fields [stringArray] (content masked)
12:01:50.573 [Test worker] DEBUG org.springframework.web.HttpLogging - Writing form fields [spouse.name, spouse] (content masked)
12:01:50.575 [Test worker] DEBUG org.springframework.web.HttpLogging - [6e3a786f] Read form fields [spouse.name, spouse] (content masked)


Our long-term goal is to develop a common methodology and framework for reproducible co-design of the efficient software/hardware stack for emerging algorithms requested by our advisory board (inference, object detection, training, etc) in terms of speed, accuracy, energy, size, complexity, costs and other metrics. Open ReQuEST competitions bring together AI, ML and systems researchers to share complete algorithm implementations (code and data) as portable, customizable and reusable Collective Knowledge workflows. This helps other researchers and end-users to quickly validate such results, reuse workflows and optimize/autotune algorithms across different platforms, models, data sets, libraries, compilers and tools. We will also use our practical experience reproducing experimental results from ReQuEST submissions to help set up artifact evaluation at the upcoming SysML 2019, and to suggest new algorithms for the inclusion to the MLPerf benchmark.
The associated ACM ReQuEST workshop is co-located with ASPLOS 2018
March 24th, 2018 (afternoon), Williamsburg, VA, USA.
A ReQuEST introduction and long-term goals: cKnowledge.org/request website and ArXiv paper.
| Time slot | Presentation | Reusable artifacts | ||||||||
| 1:30p-1:40pm |
Workshop introduction
ReQuEST tournaments bring together multidisciplinary researchers (AI, ML, systems) to find the most efficient solutions for realistic problems requested by the advisory board in terms of speed, accuracy, energy, complexity, costs and other metrics across the whole application/software/hardware stack In a fair and reproducible way. All the winning solutions (code, data, workflow) on a Pareto-frontier are then available to the community as portable and customizable "plug&play" AI/ML components with a common API and meta information. The ultimate goal is to accelerate research and reduce costs by reusing the most accurate and efficient AI/ML blocks continuously optimized, autotuned and crowd-tuned across diverse models, data sets and platforms from a cloud to edge. |
|||||||||
| 1:40p-2:30pm |
Keynote "The Retrospect and Prospect of Low-Power Image Recognition Challenge (LPIRC)"
Prof. Yiran Chen, Duke University, USA
Abstract: Reducing power consumption has been one of the most important goals since the creation of electronic systems. Energy efficiency is increasingly important as battery-powered systems (such as smartphones, drones, and body cameras) are widely used. It is desirable using the on-board computers to recognize objects in the images captured by these cameras. The Low-Power Image Recognition Challenge (LPIRC) is an annual competition started in 2015, aiming to discover the best technology in both image recognition and energy conservation. In this talk, we will explains the rules of the competition and the rationale, summarizes the teams' scores, and describes the lessons learned in the past years. We will also discuss possible improvements of future challenges and collaboration opportunities with other events and competitions like ReQuEST. Short bio: Yiran Chen received B.S and M.S. from Tsinghua University and Ph.D. from Purdue University in 2005. After five years in industry, he joined University of Pittsburgh in 2010 as Assistant Professor and then promoted to Associate Professor with tenure in 2014, held Bicentennial Alumni Faculty Fellow. He now is a tenured Associate Professor of the Department of Electrical and Computer Engineering at Duke University and serving as the co-director of Duke Center for Evolutionary Intelligence (CEI), focusing on the research of new memory and storage systems, machine learning and neuromorphic computing, and mobile computing systems. Dr. Chen has published one book and more than 300 technical publications and has been granted 93 US patents. He is the associate editor of IEEE TNNLS, IEEE D&T, IEEE ESL, ACM JETC, and ACM TCPS, and served on the technical and organization committees of more than 40 international conferences. He received 6 best paper awards and 12 best paper nominations from international conferences. He is the recipient of NSF CAREER award and ACM SIGDA outstanding new faculty award. He is the Fellow of IEEE. See LPIRC tournaments. |
|||||||||
| 2:30pm-2:50pm |
"Real-Time Image Recognition Using Collaborative IoT Devices"
Ramyad Hadidi, Jiashen Cao, Matthew Woodward, Michael S. Ryoo, Hyesoon Kim Georgia Institute of Technology, USA |
Validated
Nvidia Jetson TX2, ARM, Raspberry Pi, AlexNet, VGG16, TensorFlow, Keras, Avro |
||||||||
| 2:50pm-3:10pm |
"Highly Efficient 8-bit Low Precision Inference of Convolutional Neural Networks with IntelCaffe"
Jiong Gong, Haihao Shen, Guoming Zhang, Xiaoli Liu, Shane Li, Ge Jin, Niharika Maheshwari Intel Corporation |
Validated
Xeon Platinum 8124M, AWS, Intel C++ Compiler 17.0.5 20170817, ResNet-50, Inception-V3, SSD, 32-bit, 8-bit, Caffe |
||||||||
| 3:10pm-3:30pm |
"VTA: Open Hardware/Software Stack for Vertical Deep Learning System Optimization"
Thierry Moreau, Tianqi Chen, Luis Ceze University of Washington, USA |
Validated
Xilinx FGPA (Pynq board), ResNet-*, MXNet, NNVM/TVM |
||||||||
| 3:30pm-4:00pm | Break | |||||||||
| 4:00pm-4:20pm |
"Optimizing Deep Learning Workloads on ARM GPU with TVM"
Lianmin Zheng1, Tianqi Chen2
1 Shanghai Jiao Tong University, China |
Validated
Firefly-RK3399, GCC, LLVM, VGG16, MobileNet, ResNet-18, OpenBLAS vs ArmCL, MXNet, NNVM/TVM |
||||||||
| 4:20pm-4:50pm |
"Introducing open ReQuEST platform, scoreboard and long-term vision"
Grigori Fursin and the ReQuEST organizers "Exploring performance and accuracy of the MobileNets family using the Arm Compute Library" Nikolay Chunosov, Flavio Vella, Anton Lokhmotov, Grigori Fursin
dividiti, UK |
Validated
HiKey 960 (GPU), GCC, MobileNets exploration, ArmCL (18.01,18.02,dividiti optimizations), OpenCL |
||||||||
| 4:50pm-5:00pm |
Demonstrating live ReQuEST scoreboard with latest validated results
Note that the idea of ReQuEST tournaments is to continuously update this scoreboard with the help of authors and the community even after the workshop! Please, stay tuned! |
Live ReQuEST scoreboard
and shared ReQuEST workflow with all artifacts.
Other shared CK artifact and workflows available here. |
||||||||
| 5:00pm |
Open panel and discussion:
"Tackling complexity, reproducibility and tech transfer challenges in a rapidly evolving AI/ML/systems research"
Moderators: Grigori Fursin and Thierry Moreau. We plan to center discussion around the following questions:
Participants:
|
The 1st ReQuEST tournament is co-located with ACM ASPLOS'18 and will focus on optimizing the whole model/software/hardware stack for image classification based on the ImageNet Large Scale Visual Recognition Challenge (ILSVRC). Unlike the classical ILSVRC where submissions are ranked according to their classification accuracy, however, ReQuEST submissions will be evaluated according to multiple metrics and trade-offs selected by the authors (e.g. accuracy, speed, throughput, energy consumption, hardware cost, usage cost, etc.) in a unified, reproducible and objective way using the Collective Knowledge framework (CK). Restricting the competition to a single application domain will allow us to test our open-source ReQuEST tournament infrastructure, validate it across multiple platforms and environments, and prepare a dedicated live scoreboard with results similar to this public CK scoreboard.
We encourage participants to target accessible, off-the-shelf hardware to allow our evaluation committee to conveniently reproduce their results. Example systems include:
Example optimizations include:
If you are already familiar with the open-source Collective Knowledge framework (CK), you are encouraged to convert your experimental workflows to to portable CK workflows. Such workflows can automatically set up the environment, detect required software dependencies, install missing packages and run experiments, thus automating artifact evaluation. (See some examples here.)
If you are not familiar with CK, worry not! We will gladly help you convert your submission to CK during the evalution stage.
Step 1: Collaborate on converting your workflows to CK
Step 2: Collaborate on validating your results
Again, the authors can communicate with the reviewers privately via HotCRP, semi-privately via Slack, or publicly by opening tickets in shared repositories (see examples 1 and 2) and/or via the CK mailing list. If any of the organizers submit their workflows (mainly to provide reference implementations), their submissions will go through public evaluation.
Due to the multi-faceted nature of the competition, submissions will not be ranked according to a single metric (as this often results in over-engineered solutions), but instead the AEC will assess their Pareto optimality on two or more metrics exposed by the authors. As such, there will not be a single winner, but rather better and worse designs based on their relative Pareto optimality (up to 3 design points allowed per each submission). We will collaborate with the authors to correctly visualize the results and SW/HW/model configurations on a public scoreboard while grouping them according to certain categories of their choice (e.g. embedded vs. server). A unique submission may define a category in its own right. To win, the results of an entry will normally lie close to the Pareto-optimal frontier in its category. However, a winning entry can be also praised for its originality, reproducibility, adaptability, scalability, portability, ease of use, etc.
A common academic and industrial panel will be held at the end of the workshop to discuss how to improve the common SW/HW co-design methodology and infrastructure for deep learning and other real-world workloads.
After the workshop, we will prepare a public report
for the ReQuEST Advisory/Industrial Board.
The board members will provide their feedback on the results,
collaborate on a common methodology for reproducible
evaluation and optimization, suggest realistic workloads,
help provide access to rare hardware platforms to the
Artifact Evaluation Committee for future tournaments, and
provide prizes for distinguished entries.
We will use our practical experience reproducing experimental
results from ReQuEST submissions to help set up artifact evaluation
at the upcoming SysML 2019,
and to suggest new algorithms for the inclusion
to the MLPerf benchmark.


All times are listed in Mountain Standard Time (MST)
Intros, Agenda, FAQs, Swag, Rules of Engagement. Hosted by Dan Lawyer
Hosted by your Product Leadership team
Hear from our Lucidchart, Lucidspark, Cloud Insights, Suite/Core, Engagement/Virality, Enterprise/Admin, and Integrations, UFO, and Mobile teams
Grab Grubhub lunch orders
Featuring a "Day in the Life" of some of your favorite Lucidites
Hosted by Stephane Akoki and Cole Rosenberg
Hosted by Jarom Chung, John Dilworth, and Phil Badger
Hear from our Sales, Customer Success, Product Marketing, Brand Creative, Growth, Analytics, and Solution Engineering teams
Hosted by Dan Lawyer
Optional in-person time to work on crafts together with snacks/drinks
All times are listed in Mountain Standard Time (MST)
Hosted by Dan Lawyer
Hosted by your Product Leadership team
Led by Taylor Halversen, Dan Ebeling, and Brint Markle
Hosted by Tim Crabb
Led by Allen Liao, Saurabh Phadnis, and Jamie Lyon
Hosted by Dan Lawyer
Optional in-person Social, Awards Ceremony & Dinner


Add HTTP/3 by scalablecory · Pull Request #1294 · dotnet/runtime This adds HTTP/3 (draft 24) support to SocketsHttpHandler. Marked NO MERGE for now because it a) depends on some QUIC APIs that don't exist yet, and b) due to that hasn't been tested agains...
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Blazor CQRS With MediatR Library This short video describes the Blazor MediatR application and using the CQRS pattern with the MediatR Library. Source code: https://github.com/Oceanware/BlazorMediatr Blog post: https://oceanware.wordpress.com/2019/09/29/blazor-simple-cqrs-with-mediatr...
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Alone in Kyoto (Air) but it's in 7/8 Air Alone in Kyoto in 7/8 The video is the scene from Lost in Translation which used the original version of Alone in Kyoto in the same way. It was very lightly re-edited to match the changes to the music. The remix was made from the released recording-...


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stk.calculators.optimization.optimizers module¶
Defines optimizers.
Optimizers are objects used to optimize molecules. Each optimizer is
initialized with some settings and used to optimize a molecule
with optimize()
.
import rdkit.Chem.AllChem as rdkit
mol = StructUnit2.smiles_init('NCCCN', ['amine'])
mmff = MMFF()
mmff.optimize(mol)
# Optionally, a conformer can be provided.
mmff.optimize(mol, conformer=2)
# Optimizers also work with MacroMolecule objects.
polymer = Polymer([mol], Linear('A', [0], n=3))
etkdg = RDKitEmbedder(rdkit.ETKDG())
etkdg.optimize(polymer)
Sometimes it is desirable to chain multiple optimizations, one after
another. For example, before running an optimization, it may be
desirable to embed a molecule first, to generate an initial structure.
OptimizerSequence
may be used for this.
# Create a new optimizer which chains the previously defined
# mmff and etkdg optimizers.
optimizer_sequence = OptimizerSequence(etkdg, mmff)
# Run each optimizer in sequence.
optimizer_sequence.optimize(polymer)
By default, running Optimizer.optimize()
twice in a row will
perform an optimization a second time on a molecule. If we want to
skip optimizations on molecules which have already been optimized
we can use the use_cache
flag.
caching_etkdg = RDKitEmbedder(rdkit.ETKDG(), use_cache=True)
# First optimize call runs an optimization.
caching_etkdg.optimize(polymer)
# Second call does nothing.
caching_etkdg.optimize(polymer)
Caching is done on a per Optimizer
basis. Just because the
molecule has been cached by one Optimizer
instance does not
mean that a different Optimizer
instance will no longer
optimize the molecule.
Extending stk: Making new optimizers.¶
New optimizers can be made by simply making a class which inherits the
Optimizer
class. In addition to this, the new class must
define a optimize()
method. The method must take 2
arguments a mandatory mol argument and an optional conformer
argument. optimize()
will take a molecule and change
its structure however it likes. Beyond this there are no requirements.
-
class
stk.calculators.optimization.optimizers.
CageOptimizerSequence
(*optimizers, use_cache=False)¶ Bases:
stk.calculators.optimization.optimizers.Optimizer
Applies
Optimizer
objects to aCage
.Before each
Optimizer
in the sequence is applied to theCage
, it is checked to see if it is collapsed. If it is collapsed, the optiimzation sequence ends immediately.
-
class
stk.calculators.optimization.optimizers.
MMFF
(use_cache=False)¶ Bases:
stk.calculators.optimization.optimizers.Optimizer
Use the MMFF force field to optimize molecules.
Examples
mol = StructUnit.smiles_init('NCCNCCN', ['amine']) mmff = MMFF() mmff.optimize(mol)
-
class
stk.calculators.optimization.optimizers.
NullOptimizer
(use_cache=False)¶ Bases:
stk.calculators.optimization.optimizers.Optimizer
Does not perform optimizations.
-
class
stk.calculators.optimization.optimizers.
Optimizer
(use_cache=False)¶ Bases:
object
A base class for optimizers.
-
cache
¶ A
set
of the formcache = { (mol1, conformer1), (mol1, conformer2), (mol2, conformer2) }
which holds every
Molecule
and conformer optimized by theOptimizer
. Heremol1
andmol2
areMolecule
objects andconformer1
andconformer2
areint
, which are the ids of the optimized conformers of the molecules.Type: set
-
use_cache
¶ If
True
optimize()
will not run twice on the same molecule and conformer.Type: bool
-
-
class
stk.calculators.optimization.optimizers.
OptimizerSequence
(*optimizers, use_cache=False)¶ Bases:
stk.calculators.optimization.optimizers.Optimizer
Applies optimizers in sequence.
-
optimizers
¶ A number of optimizers, each of which gets applied to a molecule, based on the order in this
tuple
.Type: tuple
ofOptimizer
Examples
Let’s say we want to embed a molecule with ETKDG first and then minimize it with the MMFF force field.
import rdkit.Chem.AllChem as rdkit mol = StructUnit.smiles_init('NCCNCCN', ['amine']) etkdg = RDKitEmbedder(rdkit.ETKDG()) mmff = RDKitForceField(rdkit.MMFFOptimizeMolecule) optimizer = OptimizerSequence(etkdg, mmff) optimizer.optimize(mol)
-
-
class
stk.calculators.optimization.optimizers.
RDKitEmbedder
(params, use_cache=False)¶ Bases:
stk.calculators.optimization.optimizers.Optimizer
Uses
rdkit.EmbedMolecule()
to find an optimized structure.-
params
¶ The parameters used for the embedding.
Type: rdkit.EmbedParameters
Examples
Use ETKDG [1] to generate an optimized structure.
import rdkit.Chem.AllChem as rdkit mol = StructUnit.smiles_init('NCCNCCN', ['amine']) embedder = RDKitEmbedder(rdkit.ETKDG()) embedder.optimize(mol)
References
[1] http://pubs.acs.org/doi/pdf/10.1021/acs.jcim.5b00654 -
-
class
stk.calculators.optimization.optimizers.
RaisingOptimizer
(optimizer, fail_chance=0.5, use_cache=False)¶ Bases:
stk.calculators.optimization.optimizers.Optimizer
Raises and optimizes at random.
This optimizer is used for debugging to simulate optimization functions which sometimes completes successfully and sometimes randomly fails.
-
optimizer
¶ When the optimizer does not fail, it uses this
Optimizer
to optimize molecules.Type: Optimizer
-
fail_chance
¶ The probability that the optimizer will raise an error each time
optimize()
is used.Type: float
Examples
mol = StructUnit.smiles_init('NCCNCCN', ['amine']) etkdg = RDKitEmbedder(rdkit.ETKDG()) partial_raiser = RaisingOptimizer(etkdg, fail_chance=0.75) # 75 % chance an error will be raised by calling optimize. partial_raiser.optimize(mol)
-
optimize
(mol, conformer=-1)¶ Optimizes a molecule.
Parameters: - mol (
Molecule
) – The molecule to be optimized. - conformer (
int
, optional) – The conformer to use.
Returns: None
Return type: NoneType
Raises: RaisingOptimizerError
– This error is raised at random.- mol (
-
-
exception
stk.calculators.optimization.optimizers.
RaisingOptimizerError
¶ Bases:
Exception
-
args
¶
-
with_traceback
()¶ Exception.with_traceback(tb) – set self.__traceback__ to tb and return self.
-
-
class
stk.calculators.optimization.optimizers.
TryCatchOptimizer
(try_optimizer, catch_optimizer, use_cache=False)¶ Bases:
stk.calculators.optimization.optimizers.Optimizer
Try to optimize with a
Optimizer
, use another on failure.-
catch_optimizer
¶ If
try_optimizer
raises an error, this optimizer is run on theMolecule
instead.Type: Optimizer
Examples
# Create some molecules to optimize. mol1 = StructUnit2.smiles_init('NCCN', []'amine']) mol2 = StructUnit.smiles_init('CCCCC') mol3 = StructUnit.smiles_init('O=CCCN') # Create an optimizer which may fail. uff = UFF() # Create a backup optimizer. mmff = MMFF() # Make an optimizer which tries to run raiser and if that # raises an error, will run mmff on the molecule instead. try_catch = TryCatchOptimizer(try_optimizer=uff, catch_optimizer=mmff) # Optimize the molecules. In each case if the optimization with # UFF fails, MMFF is used to optimize the molecule instead. try_catch.optimize(mol1) try_catch.optimize(mol2) try_catch.optimzie(mol3)
-
-
class
stk.calculators.optimization.optimizers.
UFF
(use_cache=False)¶ Bases:
stk.calculators.optimization.optimizers.Optimizer
Use the UFF force field to optimize molecules.
Examples
mol = StructUnit.smiles_init('NCCNCCN', ['amine']) uff = UFF() uff.optimize(mol)
-
stk.calculators.optimization.optimizers.
_add_cache_use
(optimize)¶ Makes
optimize()
use thecache
.Decorates optimize so that before running it checks if the
Molecule
and conformer have already been optimized by the optimizer. If so, anduse_cache
isTrue
, then the molecule is skipped and no optimization is performed.Parameters: optimize ( function
) – A function which is to have skipping added to it.Returns: The decorated function. Return type: function


| index | This document. Contains relative links to all other pages in this assignment. |
| elements.html | Contains examples of the following elements: html, head, title, body, p, h1, h2, pre, img, table, ul, li. |
| inline_styles.html | Contains style attributes for the following tags (inline style approach): body, p, h1, h2, pre. |
| internal_styles.html | Contains style attributes for the following tags using the internal stylesheet approach: body, p, h1, h2, pre. |
| external_styles.html and styles.css | Contains style attributes for the following tags using the external stylesheet approach: body, p, h1, h2, pre. |
| form.html | Contains an example of a form element containing the following controls: text box, text area, check boxes, radio buttons, submit button, drop-down selection list. |
| entities.html | Contains examples of 5 different HTML entities, such as & and < |


This method allows a client to retrieve the server-assigned mod role, which is the Discord Role ID that has command permissions attached to it.
Expects the following URL query parameters:
guild_id
The headers must include a valid authorization token.
Status: 200 OK
{
modrole: 123
}
modrole
may be null if not guild is configured.
For errors responses, see the response status codes documentation.


Below are a list of sample items, that are editable in admin. You can sort using the blue buttons at the top - the template for this is provided by sortable_listview. And a template for pagination is also provided. These use standard bootstrap classes for convenience.
{% include 'sortable_listview/sort_links.html' %} {% for object in object_list %}{{ object.content }}


---
start: 2016-06-30 17:45
edition: 32
participate: "http://www.meetup.com/Chennai-Geek-Night/events/232112252/"
talk: "https://docs.google.com/forms/d/1llJxKCuEnPXOPHnXUQHnc8Unlt_Y4kPvWJqndjl_6Gg/viewform"
subnote: "This event will be live streamed on YouTube."
agenda:
-
time: "6:00"
title: "Handling Data and Relational Explosion in Database"
speaker_profile: "By: Ramalingam. S"
-
time: "6:45"
title: "Break"
-
time: "7:00"
title: "Getting started with React(ES6 way)"
speaker_profile: "By: Raja Sekar"
resources:
-
title: "Slides"
url: "https://rajzshkr.github.io/presentation/react/#/"
-
title: "Demo"
url: "https://github.com/rajzshkr/react-basics"
-
time: "7:30"
title: "Yet another Machine Learning Talk"
speaker_profile: "By: Raghavan A K"
-
time: "8:00"
title: "Networking & Dinner"
---


Preparation time
less than 30 mins
Cooking time
no cooking required
Serves
Serves 4
A really punchy, bright and sour dish combining flavours from around the world with fresh seasonal sea trout.
Preheat the grill to its highest setting.
To make the tomatillo and yuzu mojo, put the tomatillos, onion, garlic and chilli on a roasting tray and grill for about 5 minutes, or until charred. Leave to cool completely. Once cool, tip into a food processor with the coriander and yuzu and blend to a purée. Season with salt and pepper.
To make the plantain, fill a deep, heavy-based saucepan half full of vegetable oil and heat to 180C. (CAUTION: hot oil can be dangerous. Do not leave unattended.) Deep-fry the ripe plantain for 2 minutes, or until golden-brown. Remove it from the fryer using a slotted spoon and leave to cool on a plate lined with kitchen paper. Press the centre of each fried plantain piece using the back of a spoon to make a boat shape.
Place the green plantain slices into the hot oil and fry until crisp and brown. Set aside to drain on kitchen paper, then dust with the amchur powder and salt.
To make the sea trout ceviche, mix all the ingredients together and leave to stand for 5 minutes. Top with a handful of the spring onions.
To serve, smear a spoon of the tomatillo mojo on a small plate. Place the fried plantain boats on the tomatillo, then pile the sea trout ceviche on top. Scatter with the remaining spring onions, pomegranate seeds, plantain crisps and atsina cress. Serve immediately.


{% extends "_layouts/base.html" %} {% set active_page = 'index' %} {% block content %}
Pay your rent instantly right from leasy and track payment history with clear displays.
Your landlord is available and accessible right from leasy. Make maintanence requests and see payment alerts right in leasy. leasy takes down the barriers between tenants and landlords. Start your lease the right way with easy and secure forms available right in leasy.
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