|
QSense Sidecar Library
1.0.0
Developed for QSense
|
A simple class that encapsulates an event sent to Sidecar. Events are holders for readings. Events can be serialised to JSON using the toString method. More...
#include <Event.h>
Public Types | |
| typedef std::vector< Reading > | Readings |
| The vector of readings encapsulated in this event. More... | |
| typedef std::vector< QString > | Tags |
| The vector of tags associated with this event. More... | |
| typedef std::map< QString, Tags > | KeyTags |
| The map of key tags associated with this event. More... | |
| typedef Readings::const_iterator | ReadingsIterator |
| Iterator for the readings encapsulated in this event. More... | |
| typedef Tags::const_iterator | TagsIterator |
| Iterator for the tags associated with this event. More... | |
| typedef KeyTags::const_iterator | KeyTagsIterator |
| Iterator for the key=tags associated with this event. More... | |
Public Member Functions | |
| Event () | |
| Default constructor. Uses default location set through init. More... | |
| Event (const Location &location) | |
| Create a new event with the specified location. More... | |
| ~Event () | |
| Destructor. No actions required. More... | |
| Event & | add (const Reading &reading) |
| Add the specified reading to this event. More... | |
| Event & | add (const QString &tag) |
| Add the specified tag to this event. NOTE: Tags should be single words without spaces. More... | |
| Event & | add (const QString &key, const QString &tag) |
| Add the specified key-tag to this event. To specify multiple tags for the same key, call this method with the same key. NOTE: Tags should be single words without spaces. More... | |
| Event & | operator+= (const Reading &reading) |
| Operator for adding a reading to the event. More... | |
| Event & | operator+= (const QString &tag) |
| Operator for adding a tag to the event. NOTE: Tags should be single words without spaces. More... | |
| std::size_t | numberOfReadings () const |
| Return the number of readings in this event. More... | |
| std::size_t | numberOfTags () const |
| Return the number of tags associated with this event. More... | |
| std::size_t | numberOfKeyTags () const |
| Return the number of key-tags associated with this event. More... | |
| ReadingsIterator | beginReadings () const |
| Return a constant iterator to the beginning of the readings vector. More... | |
| ReadingsIterator | endReadings () const |
| The end of the readings vector to check in loops. More... | |
| TagsIterator | beginTags () const |
| Return a constant iterator to the beginning of the tags vector. More... | |
| TagsIterator | endTags () const |
| The end of the tags vector to check in loops. More... | |
| KeyTagsIterator | beginKeyTags () const |
| Return a constant iterator to the beginning of the key-tags vector. More... | |
| KeyTagsIterator | endKeyTags () const |
| The end of the key-tags map to check in loops. More... | |
| const qsense::Reading & | operator[] (std::size_t index) const |
| operator [] Retrieve the reading at specified index. Will throw exception if index is out of bounds. Check the size of the container before using this operator. More... | |
| const qsense::Location & | getLocation () const |
| Return the location used by this event. More... | |
| const qsense::QString | toString () const |
| Serialise the event to JSON. More... | |
Static Public Member Functions | |
| static void | init (const qsense::UUID &deviceId, const qsense::QString &stream, const qsense::Location &location) |
| Initialise the Event API. More... | |
A simple class that encapsulates an event sent to Sidecar. Events are holders for readings. Events can be serialised to JSON using the toString method.
| typedef std::map<QString,Tags> qsense::Event::KeyTags |
The map of key tags associated with this event.
| typedef KeyTags::const_iterator qsense::Event::KeyTagsIterator |
Iterator for the key=tags associated with this event.
| typedef std::vector<Reading> qsense::Event::Readings |
The vector of readings encapsulated in this event.
| typedef Readings::const_iterator qsense::Event::ReadingsIterator |
Iterator for the readings encapsulated in this event.
| typedef std::vector<QString> qsense::Event::Tags |
The vector of tags associated with this event.
| typedef Tags::const_iterator qsense::Event::TagsIterator |
Iterator for the tags associated with this event.
| qsense::Event::Event | ( | ) |
Default constructor. Uses default location set through init.
| qsense::Event::Event | ( | const Location & | location | ) |
Create a new event with the specified location.
|
inline |
Destructor. No actions required.
Add the specified tag to this event. NOTE: Tags should be single words without spaces.
Add the specified key-tag to this event. To specify multiple tags for the same key, call this method with the same key. NOTE: Tags should be single words without spaces.
|
inline |
Return a constant iterator to the beginning of the key-tags vector.
|
inline |
Return a constant iterator to the beginning of the readings vector.
|
inline |
Return a constant iterator to the beginning of the tags vector.
|
inline |
The end of the key-tags map to check in loops.
|
inline |
The end of the readings vector to check in loops.
|
inline |
The end of the tags vector to check in loops.
|
inline |
Return the location used by this event.
|
static |
Initialise the Event API.
| deviceId | The deviceId to use. No way at present to retrieve using API |
| stream | The stream identifier to use with Sidecar |
| location | A default location to use. No location tracking at present |
|
inline |
Return the number of key-tags associated with this event.
|
inline |
Return the number of readings in this event.
|
inline |
Return the number of tags associated with this event.
Operator for adding a reading to the event.
Operator for adding a tag to the event. NOTE: Tags should be single words without spaces.
|
inline |
operator [] Retrieve the reading at specified index. Will throw exception if index is out of bounds. Check the size of the container before using this operator.
| index | The index into the vector of readings. |
| const qsense::QString qsense::Event::toString | ( | ) | const |
Serialise the event to JSON.


Discover your community once again with CommunityCal
CommunityCal is a social network designed to consolidate important community driven events in one place. In addition, the network offers many other features like Prayer times and local weather.
The application has role based permission system, so events are viewed or submitted only by registred users.
Learn more


WITNESS LIST Urban Affairs Committee March 17, 1999-2:00P HB 508 For: Butler, Jody (Economic Development Board) Maynard, Walter (Self and Somervell County Commissioners Court/County Judge) Thompson, Steven (City of Glen Rose) HB 1367 For: Villarreal, Johnny (Houston Professional Firefighters - Local 341) Against: Hollingsworth, Don (Mayor Lee Brown, City of Houston) HB 1505 For: Villarreal, Johnny (Houston Professional Fire Fighters) Against: Hollingsworth, Don (Mayor Lee Brown, City of Houston) HB 1531 Against: Henson, Scott (Sunshine Project for Police Accountability) Reynolds, Larry (Self and Publisher/Editor of Seguin Gazette-Enterprise and Texas Daily Newspaper Assn./Texas Press Assn.) HB 1980 On: Massey, Margot (Texas Department of Transportation) HB 2398 For: Henneberger, John (Texas Low Income Housing Information Service) On: Cormier, Janna (Texas Department of Housing and Community Affairs) Hoffpauir, Keith (Texas Department of Housing and Community Affairs - Housing Trust Fund) HB 2516 For: Henneberger, John (Texas Low Income Housing Information Service) On: Hoffpauir, Keith (Texas Department of Housing and Community Affairs / Housing Trust Fund)


Light-weight
- Only 3kb gzipped, no dependencies
- Small API, small learning curve
Robust
- Safe-by-default templates
- Hierarchical MVC via components
Fast
- Virtual DOM diffing and compilable templates
- Intelligent auto-redrawing system
Sample code
//namespace
var app = {};
//model
app.PageList = function() {
return m.request({method: "GET", url: "pages.json"});
};
//controller
app.controller = function() {
this.pages = app.PageList();
};
//view
app.view = function(ctrl) {
return ctrl.pages().map(function(page) {
return m("a", {href: page.url}, page.title);
});
};
//initialize
m.module(document.getElementById("example"), app);
Output
Performance
To run the execution time tests below, click on their respective links, run the profiler from your desired browser's developer tools and measure the running time of a page refresh. (Lower is better)
Safety
Mithril templates are safe by default, i.e. you can't unintentionally create security holes.
To run the tests for each framework, click on the respective links. If you see an alert box, ensuring security with that framework is more work for you.


J.K. Rowling
- 1965 - Born in Yate, Gloucestershire, England
- 1986 - Graduated from University of Exeter
- 1990 - The idea for a story of a young boy attending a school of wizardry "came fully formed" into her mind
- 1993 - Her marriage failed, she is jobless with a dependent child and signs up for welfare benefits
- 1995 - Finishes the manuscript for Harry Potter and the Philosopher's Stone
- 1997 - Harry Potter and the Philosopher's Stone is published in the UK with an initial print run of 1,000 copies, of which 500 were distributed to libraries
- 1998 - Scholastic publishes Philosopher's Stone in the US under the title of Harry Potter and the Sorcerer's Stone
- 1998 - Harry Potter and the Chamber of Secrets is published
- 1999 - Harry Potter and the Prisoner of Azkaban is published
- 2000 - Harry Potter and the Goblet of Fire is released simultaneously in the UK and the US breaking sales records in both countries
- 2003 - Harry Potter and the Order of the Phoenix is released
- 2005 - Harry Potter and the Half-Blood Prince is released breaking sales records by selling nine million copies in the first 24 hours of its release
- 2007 - Harry Potter and the Deathly Hallows is released. It sold 11 million copies in the first day of release in the United Kingdom and United States.
- 2012 - Rowling starts publishing a series of crime fiction novels for adult readers under the pen name Robert Galbraith
“I don’t believe in the kind of magic in my books. But I do believe something very magical can happen when you read a good book.”
— J.K. Rowling


| 1 | Select sine, triangle, saw or pulse as the waveshape of generator 1. |
| FM | Adjust the FM modulation ratio. Oscillator 2 acts as modulator; oscillator 1 acts as carrier. FM modulation is only possible when ring modulation is off. |
| 2 | Select triangle, saw, pulse or noise as the waveshape of generator 2. |
| ring | Switch ring modulation (AM modulation) ON/OFF. When turned on, the output of oscillator 2 is subjected to ring modulation. |
| track | Switch tracking of oscillator 2 ON/OFF. Tracking pitches the output according to the note number played. When turned off, sound is output at a uniform frequency. |
| sync | Switch the sync function ON/OFF. When turned on, the phase of oscillator 2 is matched with the frequency of oscillator 1. |
| pitch | Set the pitch of oscillator 2. |
| fine | Minutely adjust the pitch of oscillator 2. |
| m.env |
Switch the modulation envelope ON/OFF. When on, the follwing destination of modulation varies over time according to the settings of A, D and amt below. |
| dest. | Select pitch of oscillator2, FM or pulse width as the destinaion of modulation env. |
| A | Set the attack time of the modulation envelope. |
| D | Set the decay time of the modulation envelope. |
| amt | Set the amount of modulation variation when modulation envelope is on.
Right of the centre raises the amount, left of the centre lowers the amount.
The centre setting results in no modulation variation. |
| key shift | Transposes the pitch of oscillator 1 and 2 corresponding to the number of the note played. |
| p/w | Set the pulse width of the pulse wave. Turn left to narrow the width, turn right to widen it. Affects both oscillator 1 and 2. |
| mix | Set the volume balance of oscillator 1 and 2. Turn left to increase the relative volume of oscillator 1, turn right to increase the relative volume of oscillator 2. |
| tune | Minutely adjust the pitch of the oscillators. |
| type | Select the filter type from low-pass (12 dB), low-pass (24 dB), high-pass (12 dB) or high-pass (24 dB). |
| A | Set the attack time of the filter envelope. |
| D | Set the decay time of the filter envelope. |
| S | Set the sustain level of the filter envelope. |
| R | Set the release time of the filter envelope. |
| amt | Set the amount of variation induced by the envelope. Turn left to decrease the envelope, turn right to increase it. |
| frq | Set the level of the cut-off frequency. |
| res | Set the amount of resonance. |
| sat | Set the amount of saturation. |
| trk |
Set the sensitivity of the cutoff frequency tracking. Adjusts how much the cutoff frequency changes according to the note number played. Turned all the way to the right, the frequency changes an octave with a one octave change in the note number played (full). Turn all the way to the left to leave the frequency unchanged. |
| vel | Select whether the amount of envelope variation changes according to the velocity of the note played. |
| 1 | Switch LFO1 ON/OFF. |
| Left LCD | Select the waveshape of LFO1 from saw, triangle, sine, square, random(sample & hold) or random (smoothed). |
| Left dst | Select the target of the LFO1 modulation from
oscillator 2 pitch, filter cut-off frequency, volume, oscillator 2 pulse width or FM. |
| Left spd | Set the frequency of the LFO1 modulation. |
| Left amt | Set the amount of modulation of LFO1. |
| Left tempo | Sync to host sequencer tempo.(*1) |
| Left key | Sync to key on. |
| 2 | Switch LFO2 ON/OFF. |
| Right LCD | Select the waveshape of LFO2 from saw, triangle, sine, square, random(sample & hold) or random (smoothed). |
| Right dst | Select the target of the LFO2 modulation from
oscillator 2 pitch, filter cut-off frequency, volume, oscillator 2 pulse width or FM. |
| Right spd | Set the frequency of the LFO2 modulation. |
| Right amt | Set the amount of modulation of LFO2. |
| Right tempo | Sync to host sequencer tempo. |
| Right key | Sync to key on. |
| ON | Switch the arpeggiator ON/OFF. |
| type |
Selects the method of arpeggiation from updown, up, down or random. Updown plays the input notes from the lowest to the highest and back down again. Up plays from the lowest note and up, down plays from the highest note and down. Random plays the input notes in a random sequence.
|
| range | Selects the range of arpeggiation in octaves, ranging from 1 octave (1oct) to 4 octaves (4oct). |
| beat | Selects the speed of arpeggiation from whole note to 1/32 note triplets. |
| gate | Sets the length of each note. Turned all the way to the right, the notes sound without interruption, which is effective in combination with legato and portamento modes. |
| mode |
Selects polyphonic, monophonic or legato mode. Polyphonic is the normal mode, enabling chord harmonies. Monophonic mode only enables a single voice, so chords cannot be played in this mode. Legato is similar to monophonic mode in that only one voice can be played at a time. It differs from monophonic mode in that when a note is played continuously, the VCO and VCA envelopes are not triggered, so that only the pitch changes.
|
| p.b range | Set the range of pitch change when receiving a MIDI pitch bend signal. |
| portament | Set the portamento time. Portamento changes the pitch of each voice towards the target pitch, over time from the moment the note has been input.
|
| speed | Sets the sensitivity to information from a MIDI modulation wheel, triggering modulation of the frequency of LFO1. |
| amt | Sets the sensitivity to information from a MIDI modulation wheel, triggering modulation of the amplitude of LFO1. |
| unison | 「ポリボイス」時は２ボイス、「モノ/レガート」時は４ボイスを使って各ノートを発音します。
微妙にピッチのずれた音が重なるため、音に厚みがでます。 |
| auto | 音が途切れないような演奏をした時にだけポルタメントを効かせる機能です。 |


A Case Study : binary search trees
The complete development on binary search trees can be found
here .
It is also available in
Coq's user contributions
Exercises
- Exercise 11.1 page 313 Changing inductive definitions
- Exercise 11.2 page 314 Certified search trees


Isabelle Pinard
Project Portfolio
Isabelle Pinard is a junior at UCSD with a Major in Cognitive Science and Human Computer Interaction, and a minor in Science, Technology and Society. Isabelle is an active member of the National Society of Leadership and Success Chapter at UCSD and is planning on achieving the National Engaged Leader Award. Not only does she focus on academics, but she also devotes her time toward UCSD NCAA athletics as a Division I Women's Fencer. Her skills reside in Graphic Design and Human development and Cognition in labs specializing in EEG and interactive research.
Projects
- Design Thinking
- Needfinding
- Prototyping
- Project Coordinator and Graphic Intern 2014-2015
- Quench, the easy-to-clean waterbottle 2014
- Finalist in Design UXSD competition 2014
- Course and Professor Evaluations new interface design 2015
- International Student Programs Office Graphic Designer 2013-2015
- Apple Family Room Specialist 2014
- Reporter for Fashionista.com
- Graphic T-shirt designer for FAME fashion show 2014
- John Muir Graphic Designer 2014
- Creator of Black Resource Center Logo UCSD 2014
- .... cont.....
- Intern at GAP's research and development 2008
- Intern at Morgan Lewis Law Firm 2008


Orders
Total orders
5
Customers
Total customers
37
Comments
Total Comments
5
Reviews
Total reviews
0
Bar chart
Line chart
Top products sales
| Product | Quantity | Trend |
|---|---|---|
| John Doe | 5 | 31/05/2018 |
| John Doe | 5 | 31/05/2018 |
| John Doe | 5 | 31/05/2018 |


---
layout: post
title: AmoebaDB 41 Released
category: [AmoebaDB]
---
We are pleased to announce the release of AmoebaDB 41
No new data in AmoebaDB 41
New features in AmoebaDB 41
Introducing Clustal Omega
EuPathDB sites are now using Clustal Omega for gene page protein alignments in the 'Orthologs and Paralogs within EuPathDB' table and the
'Retrieve multiple sequence alignment or multi-FASTA' tool in the 'Orthology and synteny' section of gene pages. The 'Isolate Alignments in this Gene Region' tool
still uses CulstalW.
New Gene page tools
Interpro —
The 'Protein features and properties' section now includes an option to submit the protein sequence for
sequence analysis and classification via InterPro.
GPI anchor prediction —
The 'Protein features and properties' section now includes an option to submit the protein sequence for
GPI modification site prediction via the GPI Lipid Anchor Project.


Notificaition
Snackbars and toasts
Growl-like Notifications
Subtle notification popups designed to provide an unparalleled level of flexibility, while still being very easy to implement and use
Pines Notify
Core Module
Desktop Modules Provides Web Notifications that display even when the web page is hidden.
The first time you click one of these buttons, you will be asked to grant permission for this site to show notices. Then you can click them again to see the desktop notification.
If your browser doesn't support Web Notifications, or you deny permission to show them, you will only see regular in-browser notices. You can check here.


Something cool happened, maybe good, maybe bad, maybe some cool programming thing.
Other users need to know your name to add you
Something cool happened, maybe good, maybe bad, maybe some cool programming thing.
Something bad happened. You should try that again or restart the app.


Order title: {{ object.name }}
Order total: {{ object.total }} {{ object.currency }}
{% if order.status == 'W' %}
(refresh this page to refresh payments status)
| id | amount | status | backend | created on | paid on | amount_paid |
|---|---|---|---|---|---|---|
| {{ payment.pk }} | {{ payment.amount }} {{ payment.currency }} | {{ payment.status }} | {{ payment.backend }} | {{ payment.created_on }} | {{ payment.paid_on }} | {{ payment.amount_paid }} {{ payment.currency }} |


Module: JytPay
- Defined in:
- lib/jyt_pay/utils.rb,
lib/jyt_pay.rb,
lib/jyt_pay/client.rb,
lib/jyt_pay/version.rb,
lib/jyt_pay/xml/xml.rb,
lib/jyt_pay/sign/rsa.rb,
lib/jyt_pay/encrypt/des.rb,
lib/jyt_pay/encrypt/rsa.rb,
lib/jyt_pay/api/auth_card.rb,
lib/jyt_pay/api/quick_pay.rb,
lib/jyt_pay/http/ret_code.rb,
lib/jyt_pay/api/quick_draw.rb,
lib/jyt_pay/api/query_order.rb,
lib/jyt_pay/encrypt/encrypt.rb,
lib/jyt_pay/http/communicate.rb,
lib/jyt_pay/api/query_balance.rb
Overview
商户余额查询
Defined Under Namespace
Modules: Api, Encrypt, Http, Sign, Utils, Xml Classes: Client
Constant Summary
- VERSION =
"0.1.0"


WITNESS LIST Intergovernmental Relations Committee January 13, 1998-9:00A Interim Charges On: Earle, Bruce (Telecommunications Comm), Laredo Fox, Marilyn (City of Austin), Austin Garcia, Gus (City of Austin), Austin Harlan, James (MCI Communications Corp), Richardson Martin, Keith (City of San Antonio), San Antonio Pena, Octavio (City of San Antonio), San Antonio Strom, Richard (MCI Communications Corp), Richardson Turetsky, David (Teligent), Vienna,Virginia Webster, Jeff (City of San Antonio), San Antonio Registering, but not testifying: On: Arnette, Bill (City of San Antonio), San Antonio Daugherty, Clarence (City of San Antonio), San Antonio Land, Charles (TEXALTEL), Austin


Welcome to Store
Kamu sudah berhasil terdaftar bersama kami. Let's grow up now.
My Dashboard
Go to Shopping


{{ message }}
Networth:
${{ value }}
| Logo | Name | Price | Our Price | Xs | Initial | Profit | 24h | ATH | % From ATH | Actions |
|---|---|---|---|---|---|---|---|---|---|---|
| {{coin.crypto_name}} | ${{coin.current_price}} | ${{coin.presale_price}} | {{coin.multiple}}x | ${{coin.coin_initial_invesment}} | ${{coin.profit}} | {{coin.twenty_four_hour}} | ${{coin.all_time_high}} | {{coin.all_time_percentage_change}} |


Great Friday everyone! Time for more updates around React and React DOM.
🔥 An Update on React Fire
Dan recently posted an update on React Fire to the GitHub issue. It mentions recent experiments like React Flare and how the work on these features impacts the React Fire plan.
This change adds a new principle for when we restart a render instead of continuing to completion. For more details, I recommend reading the full explanation in the PR and Dan’s notes at the end.
This change brings a new lint rule for the React repository that logs an error when an invariant message is not part of the error code map. In addition to that, errors are no longer extracted automatically in CI.
This patch fixes an issue when a legacy event is dispatched within a new event callback or vice versa by making sure that the inner event is not flushed.


- CategoriesUtils - Class in com.rssaggregator.desktop.utils
-
Utility class with some Array methods.
- CategoriesUtils() - Constructor for class com.rssaggregator.desktop.utils.CategoriesUtils
-
- CategoriesUtilsTest - Class in com.rssaggregator.desktop
-
- CategoriesUtilsTest() - Constructor for class com.rssaggregator.desktop.CategoriesUtilsTest
-
- CategoriesWrapper - Class in com.rssaggregator.desktop.model
-
Class which represents the data fetched from the API request fetchData.
- CategoriesWrapper() - Constructor for class com.rssaggregator.desktop.model.CategoriesWrapper
-
- Category - Class in com.rssaggregator.desktop.model
-
Category of the items.
- Category() - Constructor for class com.rssaggregator.desktop.model.Category
-
- CategoryAddedEvent - Class in com.rssaggregator.desktop.network.event
-
- CategoryAddedEvent(CategoryAddedWrapper) - Constructor for class com.rssaggregator.desktop.network.event.CategoryAddedEvent
-
- CategoryAddedEvent(Throwable) - Constructor for class com.rssaggregator.desktop.network.event.CategoryAddedEvent
-
- CategoryAddedWrapper - Class in com.rssaggregator.desktop.model
-
Category created when user adds new category.
- CategoryAddedWrapper() - Constructor for class com.rssaggregator.desktop.model.CategoryAddedWrapper
-
- changeReadState(boolean) - Method in class com.rssaggregator.desktop.ArticleDetailsScene
-
Changes the read state of the item by calling the API.
- changeStarState(boolean) - Method in class com.rssaggregator.desktop.ArticleDetailsScene
-
Changes the star state of the item by calling the API.
- Channel - Class in com.rssaggregator.desktop.model
-
Channel of the Item.
- Channel() - Constructor for class com.rssaggregator.desktop.model.Channel
-
- closeStage() - Method in class com.rssaggregator.desktop.AddFeedScene
-
Closes the stage and unregister to eventbus events.
- closeStage() - Method in class com.rssaggregator.desktop.SignUpScene
-
- com.rssaggregator.desktop - package com.rssaggregator.desktop
-
- com.rssaggregator.desktop.event - package com.rssaggregator.desktop.event
-
- com.rssaggregator.desktop.model - package com.rssaggregator.desktop.model
-
- com.rssaggregator.desktop.network - package com.rssaggregator.desktop.network
-
- com.rssaggregator.desktop.network.event - package com.rssaggregator.desktop.network.event
-
- com.rssaggregator.desktop.utils - package com.rssaggregator.desktop.utils
-
- com.rssaggregator.desktop.view - package com.rssaggregator.desktop.view
-
- CONNECTION_VIEW - Static variable in class com.rssaggregator.desktop.utils.Globals
-
- ConnectionController - Class in com.rssaggregator.desktop.view
-
Controller View for the Connection View.
- ConnectionController() - Constructor for class com.rssaggregator.desktop.view.ConnectionController
-
- ConnectionScene - Class in com.rssaggregator.desktop
-
Controller for the Connection Scene.
- ConnectionScene() - Constructor for class com.rssaggregator.desktop.ConnectionScene
-
Default constructor.
- CREATE_CATEGORY_TITLE_NAME - Static variable in class com.rssaggregator.desktop.utils.Globals
-
- createLoadingDialog(Stage) - Static method in class com.rssaggregator.desktop.utils.UiUtils
-
Creates a loading view.
- Credentials - Class in com.rssaggregator.desktop.model
-
Object to connect the user to the API server.
- Credentials() - Constructor for class com.rssaggregator.desktop.model.Credentials
-
- Credentials(String, String) - Constructor for class com.rssaggregator.desktop.model.Credentials
-


BusMall
Market Research
Choose Your Products!
Please Update Your Browser and Come Back to See Us!
Times Chosen as Percentage of Times Shown
Reset Data


Numdiff.Generic Functor¶
This document is auto-generated for Owl’s APIs. #14 entries have been extracted.
Github: {Signature} {Implementation}
Basic functions¶
val diff : (elt -> elt) -> elt -> elt
derivative of f : scalar -> scalar
.
val diff' : (elt -> elt) -> elt -> elt * elt
derivative of f : scalar -> scalar
, return both f x
and f' x
.
val diff2 : (elt -> elt) -> elt -> elt
second order derivative of f : float -> float
.
val diff2' : (elt -> elt) -> elt -> elt * elt
second order derivative of f : float -> float
, return f x
and f' x
.
val grad : (arr -> elt) -> arr -> arr
gradient of f : vector -> scalar
.
val grad' : (arr -> elt) -> arr -> arr * arr
gradient of f : vector -> scalar
, return f x
and g x
.
val jacobian : (arr -> arr) -> arr -> arr
jacobian of f : vector -> vector
.
val jacobian' : (arr -> arr) -> arr -> arr * arr
jacobian of f : vector -> vector
, return f x
and j x
.
val jacobianT : (arr -> arr) -> arr -> arr
transposed jacobian of f : vector -> vector
.
val jacobianT' : (arr -> arr) -> arr -> arr * arr
transposed jacobian of f : vector -> vector
, return f x
and j x
.


| Opcode/Instruction | Op/En | 64/32 bit Mode Support | CPUID Feature Flag | Description |
|---|---|---|---|---|
| EAX = 01H ENCLS[EADD] | IR | V/V | SGX1 | This leaf function adds a page to an uninitialized enclave. |
| Op/En | EAX | RBX | RCX |
| IR | EADD (In) | Address of a PAGEINFO (In) | Address of the destination EPC page (In) |
This leaf function copies a source page from non-enclave memory into the EPC, associates the EPC page with an SECS page residing in the EPC, and stores the linear address and security attributes in EPCM. As part of the association, the enclave offset and the security attributes are measured and extended into the SECS.MRENCLAVE. This instruction can only be executed when current privilege level is 0.
RBX contains the effective address of a PAGEINFO structure while RCX contains the effective address of an EPC page. The table below provides additional information on the memory parameter of EADD leaf function.
| PAGEINFO | PAGEINFO.SECS | PAGEINFO.SRCPGE | PAGEINFO.SECINFO | EPCPAGE |
| Read access permitted by Non Enclave | Read/Write access permitted by Enclave | Read access permitted by Non Enclave | Read access permitted by Non Enclave | Write access permitted by Enclave |
The instruction faults if any of the following:
| The operands are not properly aligned. | Unsupported security attributes are set. |
| Refers to an invalid SECS. | Reference is made to an SECS that is locked by another thread. |
| The EPC page is locked by another thread. | RCX does not contain an effective address of an EPC page. |
| The EPC page is already valid. | If security attributes specifies a TCS and the source page specifies unsupported TCS values or fields. |
| The SECS has been initialized. | The specified enclave offset is outside of the enclave address space. |
| Leaf | Parameter | Base Concurrency Restrictions | ||
|---|---|---|---|---|
| Access | On Conflict | SGX_CONFLICT VM Exit Qualification | ||
| EADD | Target [DS:RCX] | Exclusive | #GP | EPC_PAGE_CONFLICT_EXCEPTION |
| SECS [DS:RBX]PAGEINFO.SECS | Shared | #GP |
| Leaf | Parameter | Additional Concurrency Restrictions | |||||
|---|---|---|---|---|---|---|---|
| vs. EACCEPT, EACCEPTCOPY, EMODPE, EMODPR, EMODT | vs. EADD, EEXTEND, EINIT | vs. ETRACK, ETRACKC | |||||
| Access | On Conflict | Access | On Conflict | Access | On Conflict | ||
| EADD | Target [DS:RCX] | Concurrent | Concurrent | Concurrent | |||
| SECS [DS:RBX]PAGEINFO.SECS | Concurrent | Exclusive | #GP | Concurrent |
| Name | Type | Size (bits) | Description |
|---|---|---|---|
| TMP_SRCPGE | Effective Address | 32/64 | Effective address of the source page. |
| TMP_SECS | Effective Address | 32/64 | Effective address of the SECS destination page. |
| TMP_SECINFO | Effective Address | 32/64 | Effective address of an SECINFO structure which contains security attributes of the page to be added. |
| SCRATCH_SECINFO | SECINFO | 512 | Scratch storage for holding the contents of DS:TMP_SECINFO. |
| TMP_LINADDR | Unsigned Integer | 64 | Holds the linear address to be stored in the EPCM and used to calculate TMP_ENCLAVEOFFSET. |
| TMP_ENCLAVEOFFSET | Enclave Offset | 64 | The page displacement from the enclave base address. |
| TMPUPDATEFIELD | SHA256 Buffer | 512 | Buffer used to hold data being added to TMP_SECS.MRENCLAVE. |
IF (DS:RBX is not 32Byte Aligned)
THEN #GP(0); FI;
IF (DS:RCX is not 4KByte Aligned)
THEN #GP(0); FI;
IF (DS:RCX does not resolve within an EPC)
THEN #PF(DS:RCX); FI;
TMP_SRCPGE ← DS:RBX.SRCPGE;
TMP_SECS ← DS:RBX.SECS;
TMP_SECINFO ← DS:RBX.SECINFO;
TMP_LINADDR ← DS:RBX.LINADDR;
IF (DS:TMP_SRCPGE is not 4KByte aligned or DS:TMP_SECS is not 4KByte aligned or
DS:TMP_SECINFO is not 64Byte aligned or TMP_LINADDR is not 4KByte aligned)
THEN #GP(0); FI;
IF (DS:TMP_SECS does not resolve within an EPC)
THEN #PF(DS:TMP_SECS); FI;
SCRATCH_SECINFO ← DS:TMP_SECINFO;
(* Check for misconfigured SECINFO flags*)
IF (SCRATCH_SECINFO reserved fields are not zero or
! (SCRATCH_SECINFO.FLAGS.PT is PT_REG or SCRATCH_SECINFO.FLAGS.PT is PT_TCS) )
THEN #GP(0); FI;
(* Check the EPC page for concurrency *)
IF (EPC page is not available for EADD)
THEN
IF (<<VMX non-root operation>> AND <<ENABLE_EPC_VIRTUALIZATION_EXTENSIONS>>)
THEN
VMCS.Exit_reason ← SGX_CONFLICT;
VMCS.Exit_qualification.code ← EPC_PAGE_CONFLICT_EXCEPTION;
VMCS.Exit_qualification.error ← 0;
VMCS.Guest-physical_address←<< translation of DS:RCX produced by paging >>;
VMCS.Guest-linear_address ← DS:RCX;
Deliver VMEXIT;
ELSE
#GP(0);
FI;
FI;
IF (EPCM(DS:RCX).VALID ≠ 0)
THEN #PF(DS:RCX); FI;
(* Check the SECS for concurrency *)
IF (SECS is not available for EADD)
THEN #GP(0); FI;
IF (EPCM(DS:TMP_SECS).VALID = 0 or EPCM(DS:TMP_SECS).PT ≠ PT_SECS)
THEN #PF(DS:TMP_SECS); FI;
(* Copy 4KBytes from source page to EPC page*)
DS:RCX[32767:0] ← DS:TMP_SRCPGE[32767:0];
CASE (SCRATCH_SECINFO.FLAGS.PT)
PT_TCS:
IF (DS:RCX.RESERVED ≠ 0) #GP(0); FI;
IF ( (DS:TMP_SECS.ATTRIBUTES.MODE64BIT = 0) and
((DS:TCS.FSLIMIT & 0FFFH ≠ 0FFFH) or (DS:TCS.GSLIMIT & 0FFFH ≠ 0FFFH) )) #GP(0); FI;
BREAK;
PT_REG:
IF (SCRATCH_SECINFO.FLAGS.W = 1 and SCRATCH_SECINFO.FLAGS.R = 0) #GP(0); FI;
BREAK;
ESAC;
(* Check the enclave offset is within the enclave linear address space *) IF (TMP_LINADDR < DS:TMP_SECS.BASEADDR or TMP_LINADDR ≥ DS:TMP_SECS.BASEADDR + DS:TMP_SECS.SIZE) THEN #GP(0); FI;
(* Check concurrency of measurement resource*)
IF (Measurement being updated)
THEN #GP(0); FI;
(* Check if the enclave to which the page will be added is already in Initialized state *)
IF (DS:TMP_SECS already initialized)
THEN #GP(0); FI;
(* For TCS pages, force EPCM.rwx bits to 0 and no debug access *)
IF (SCRATCH_SECINFO.FLAGS.PT = PT_TCS)
THEN
SCRATCH_SECINFO.FLAGS.R ← 0;
SCRATCH_SECINFO.FLAGS.W ← 0;
SCRATCH_SECINFO.FLAGS.X ← 0;
(DS:RCX).FLAGS.DBGOPTIN←0; // force TCS.FLAGS.DBGOPTIN off
DS:RCX.CSSA ← 0;
DS:RCX.AEP ← 0;
DS:RCX.STATE ← 0;
FI;
(* Add enclave offset and security attributes to MRENCLAVE *)
TMP_ENCLAVEOFFSET←TMP_LINADDR - DS:TMP_SECS.BASEADDR;
TMPUPDATEFIELD[63:0]←0000000044444145H; // “EADD”
TMPUPDATEFIELD[127:64] ← TMP_ENCLAVEOFFSET;
TMPUPDATEFIELD[511:128]←SCRATCH_SECINFO[375:0]; // 48 bytes
DS:TMP_SECS.MRENCLAVE←SHA256UPDATE(DS:TMP_SECS.MRENCLAVE, TMPUPDATEFIELD)
INC enclave’s MRENCLAVE update counter;
(* Add enclave offset and security attributes to MRENCLAVE *)
EPCM(DS:RCX).R ← SCRATCH_SECINFO.FLAGS.R;
EPCM(DS:RCX).W ← SCRATCH_SECINFO.FLAGS.W;
EPCM(DS:RCX).X ← SCRATCH_SECINFO.FLAGS.X;
EPCM(DS:RCX).PT ← SCRATCH_SECINFO.FLAGS.PT;
EPCM(DS:RCX).ENCLAVEADDRESS ← TMP_LINADDR;
(* associate the EPCPAGE with the SECS by storing the SECS identifier of DS:TMP_SECS *)
Update EPCM(DS:RCX) SECS identifier to reference DS:TMP_SECS identifier;
(* Set EPCM entry fields *)
EPCM(DS:RCX).BLOCKED ← 0;
EPCM(DS:RCX).PENDING ← 0;
EPCM(DS:RCX).MODIFIED ← 0;
EPCM(DS:RCX).VALID ← 1;
None
| #GP(0) | If a memory operand effective address is outside the DS segment limit. |
| If a memory operand is not properly aligned. | |
| If an enclave memory operand is outside of the EPC. | |
| If an enclave memory operand is the wrong type. | |
| If a memory operand is locked. | |
| If the enclave is initialized. | |
| If the enclave's MRENCLAVE is locked. | |
| If the TCS page reserved bits are set. | |
| #PF(error | code) If a page fault occurs in accessing memory operands. |
| If the EPC page is valid. |
| #GP(0) | If a memory operand is non-canonical form. |
| If a memory operand is not properly aligned. | |
| If an enclave memory operand is outside of the EPC. | |
| If an enclave memory operand is the wrong type. | |
| If a memory operand is locked. | |
| If the enclave is initialized. | |
| If the enclave's MRENCLAVE is locked. | |
| If the TCS page reserved bits are set. | |
| #PF(error | code) If a page fault occurs in accessing memory operands. |
| If the EPC page is valid. |


It’s simple – follow the easy steps provided with the kit, send our lab your samples & check online in 5 days to view, save or delete your results.
Select the testing kit that’s right for you, the team at GetTested will ship your kit to the address of your choice in discreet packaging. Each kit contains easy to follow instructions, self collection is simple and only takes a few minutes.

Our Lab will analyze your samples and post your results online using a secure HIPAA-compliant portal. You’ll receive an email with instructions on how you can retrieve your results via the private portal.
High QA/QC standards employed in kit components/assembly operations
Dedicated and responsive customer service
Trusted name – featured on well-known health & wellness/media channels
Only valid email required (to create – Private account on GetTested.com)
Only you have access to your results ( you can choose to post your status after getting results )
End to end data encryption for all patient and payment data
HIPAA compliant web and data storage platforms
Encrypted payment information


---
layout: page
title: Blog
image: 1.jpg
text:
One codebase. Any platform.
Built on standard web technology, Ionic helps teams build and ship beautiful cross-platform hybrid and Progressive Web Apps with ease.
posted: January 1, 2017 at 12:00 PM
---
{% include blog-post.html %}


Psycho (1998)
Director: Gus Van Sant Cast: Vince Vaughn, Julianne Moore, Viggo Mortensen, William H. Macy, Philip Baker Hall, Anne Heche, Rita Wilson, Robert Forster Screenplay: Joseph Stefano Producers: Brian Grazer Runtime: US Distribution: Universal Rated R: violence, sexuality, nudity
Copyright 1998 Nathaniel R. Atcheson
You know the story. Marion Crane (Anne Heche, in this case) takes $400,000 from her boss, skips town, and heads into the desert. There, she comes across the old Bates Motel, owned and run by Mr. Norman Bates (Vince Vaughn).  It was directed by Alfred Hitchcock, and came out in 1960.
Or, if you don't like black and white, you could go to the theater and see Gus Van Sant's Psycho. When my screening of Van Sant's version ended, just a few hours ago, I felt that the most appropriate review would be to write the word "Why?" five-thousand times. Since then, I've managed to isolate my befuddlement into coherence. Hitchcock's Psycho isn't a perfect film, but it's a good one, and has some genuine scares and a few interesting characters. It's only been thirty-eight years since it came out; it's really not that dated, and is still effective by many of today's slasher standards. So why remake it?
I was hoping to get my answer. I was looking forward to Van Sant's take on the classic horror tale, mostly to understand why he felt the need to do it. But I didn't get my answer. Van Sant's film is basically a colorized mirror image of the original. The dialogue is the same. The characters are the same. The sets and locations are all the same. Every single camera angle is exactly the same. With the exception of one scene of implied masturbation, and perhaps a little more blood, Gus Van Sant's Psycho is an exact recreation of Hitchcock's original film.
So why on God's green earth was there a reason to make this film *again*? Well, I read that Van Sant was "paying homage" to Hitchcock. I can see it from that perspective. The new film doesn't reek of plagiarism as much as it screams, "I'm such a devoted fan!" Van Sant is a wonderful director (Good Will Hunting, To Die For, and My Own Private Idaho are all exceptional films in different ways), and so I took this remake seriously. Why would a great director feel the need to remake a film of another great director? In addition, the original Psycho had the element of shock -- in this new version, that aspect is lost entirely. As I said, if you don't know what happens to Marion in the shower, you need to see the original first.
Before you flip out, understand that I don't mean Van Sant should have tried to improve on Hitchcock's direction. No, that would have been silly. The fact that Van Sant didn't experiment with different techniques is a good thing. But this story should have been updated; the characters don't speak like people from the 90s -- particularly Norman Bates. The private investigator (played by a wonderful William H. Macy) is a fun character, but do private investigators still act like that? Something tells me they don't. There aren't any blatant anachronisms, but the script hasn't been changed at all.
If anything, seeing this new version reminded me of what was wrong with the original. After Marion Crane dies, the focus shifts to two uninteresting characters -- Marion's boyfriend, Sam (Viggo Mortensen) and sister, Lila (Julianne Moore). As they're trying to figure out what happened to Marion, we're left wondering why they don't just tackle Norman Bates and search through that big old house on the hill. Perhaps when the original came out it was shocking to see the main character die half way through. Moore and Mortensen are both adequate for their roles, but the script just doesn't have much for them to do.
The film isn't bad or unpleasant; Heche and Vaughn both hit their roles dead-on, and any scene featuring one or both of them is inescapably entertaining. In addition, the scenes that everybody will be watching for -- particularly the dreaded Shower Scene -- have been done with class; Van Sant, in a wise move, didn't exploit the violence or go over-the-top with gore. It's only slightly more graphic than the original (though the sound effects are a lot harsher in this one).
Just about the only improvement is on the sound quality of the music (the music, by the way, is excellent). But I know the point was not to improve on the original, but "to bring it to a new generation." I'm not sure why the New Generation can't go out and rent the original, but it seems they're going to be disappointed with Psycho anyway. The New Generation wants movies like I Still Know What You Did Last Summer; Psycho -- new or old -- just isn't gory enough for them.
As for me, I wanted a better reason to sit through a replica of the original. Van Sant is a great director, but the one thing about Hitchcock's Psycho was that it was really shocking. The only way this new version could have been shocking would have been to change it. And, of course it shouldn't have been changed, and so we enter a vicious circle that didn't need to be entered in the first place.
Psychosis Rating: 5/10
Visit FILM PSYCHOSIS at http://www.pyramid.net/natesmovies
Nathaniel R. Atcheson
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


99 Red Balloons
All My Life
All The Small Things
American Girl
Any Way You Want It
Are You Gonna Be My Girl?
 They play the biggest hit rock songs, spanning the last 4 decades but focusing on the 1980’s, hitting both the hair-band rockers as well as the best 80’s pop gems. Neptune Cocktail plays the music they love and it shows in their passionate live performances where they keep the crowd engaged throughout the night. In addition to rocking arena anthems, Neptune Cocktail specializes in taking radio friendly pop songs that everyone loves, and cranking up the guitar to reinvent and supercharge them with a modern rock attitude!
Lead Vocals and Guitar
Lead Guitar
Lead Vocals and Bass
Drums and Vocals
Front man Steve Weber started Neptune Cocktail in 2004 and bassist Corey Hvidsten joined a couple years later. With Corey, the band gained a unique dual vocal attack allowing them to cover a massive variety of songs. Along with his killer vocals, Steve strums a mean guitar alongside Corey who lays down a strong foundation on the bass guitar and sings soaring high notes. Drummer Peter Gaard joined forces with the band in 2014, bringing 20+ years of experience laying down his funky grooves in Minneapolis local bands. Peter’s tight playing compliments Corey, making this rhythm section as solid as any in the business. 2015 saw Mark Ganje rounding out the current lineup, who brings 20+ years experience lighting up the local scene. Mark’s lead guitar playing is spot on and is something you need to see in person. The end result is a band that both entertains and plays the songs the way they were meant to sound!


We worked on the challenge "Informationsflusses vom Test zum Testergebnis" (Information flow from test to test result) and focus on the area of identifying the Tests for the doctors, healthcars and patients.


In this demo you go through the steps of enabling Entity Framework migrations to GeekQuiz database, changing the model and understanding how those changes are reflected in the database. Additionally, you will deploy to Azure using Git and perform a rollback to the previous deployment from Azure Portal.
In this demo, you will see how to:
Follow these steps to setup your environment for the demo.
Copy the contents of the source\begin folder to a separate directory. Both demo segments start from the same begin solution, so you will need to remember the directory to where you copied the files for the second segment.
Configure an Azure SQL Database following the steps provided in this link. Copy the ADO.NET connection string value.
Create a new Web App in Azure Portal.
Note: To avoid issues with the local storage while deploying with git, use a Basic Service Plan or greater.
In the Application settings of your new Web App, update the connection string key for the DB to DefaultConnection and value copied from previous step. Save the changes.
Default connection
Configure the GeekQuiz web site to support Publishing with Git and push the duplicate of the begin solution to the remote repository.
Leave the Azure Portal in a separate browser window/tab.
Navigate to the created site and register an account.
Enable the ASP.NET Core command-line tools. Open a command-prompt and run:
dnvm upgrade
Open Visual Studio 2015.
Open the GeekQuiz.sln solution located under source\begin.
Run the solution and register a new user in order to generate the SQL database.
In Visual Studio, close all open files.
Make sure that you have an Internet connection, as this demo requires it to push to a remote git repository.
Open the SQL Server Object Explorer and dock it in the left panel.
Open the Solution Explorer and dock it in the right panel.
This demo is composed of the following segments:
In the Solution Explorer, select the GeekQuiz project and press Shift + Alt + , to open a Command Prompt in the folder where the project is located.
In the Command Prompt you just opened, enter the following command and then press Enter. An initial migration based on the existing model will be created.
dnx ef migrations add InitialMigration --context TriviaDbContext
Creating the initial migration
Back in Visual Studio, show that the new migration was created inside the TriviaDb folder located under the Migrations folder.
Showing the initial migration
In the Command Prompt, enter the following command and then press Enter.
dnx ef database update --context TriviaDbContext --verbose
Applying the initial migration
In SQL Server Object Explorer, expand the different nodes until the columns of the dbo.TriviaQuestions table are displayed. This is shown in the following figure.
Trivia Questions Columns
In Solution Explorer, double-click the TriviaQuestion.cs file located inside the Models folder.
Add the Hint property, as shown in the following code snippet.
public class TriviaQuestion
{
public int Id { get; set; }
[Required]
public string Title { get; set; }
public virtual List<TriviaOption> Options { get; set; }
public string Hint { get; set; }
}
Switch back to the Command Prompt, enter the following command and then press Enter. A new migration will be created.
dnx ef migrations add QuestionHint --context TriviaDbContext
Speaking point: Explain that the migration only accounts for the diff between the current model and the one from the previous migration. The
Up
method applies the changes to the target database and theDown
method reverts those changes.
In the Command Prompt, enter the following command and then press Enter.
dnx ef database update --context TriviaDbContext --verbose
In SQL Server Object Explorer, click Refresh.
Clicking the refresh button
Expand the different nodes until the columns of the dbo.TriviaQuestions table are displayed. The new Hint column will be displayed.
Showing the new Hint Column
Open the GeekQuiz.sln solution that you copied to a separate folder during the setup phase.
Double-click the AnswersService.cs file in Solution Explorer.
Replace the StoreAsync method implementation with the following snippet.
public async Task<bool> StoreAsync(TriviaAnswer answer)
{
var selectedOption = await this.db.TriviaOptions.FirstOrDefaultAsync(o =>
MatchesOption(answer, o));
if (selectedOption != null)
{
answer.TriviaOption = selectedOption;
this.db.TriviaAnswers.Add(answer);
await this.db.SaveChangesAsync();
}
return selectedOption.IsCorrect;
}
private static bool MatchesOption(TriviaAnswer answer, TriviaOption o)
{
var a = answer.OptionId / 0;
return o.Id == answer.OptionId
&& o.QuestionId == answer.QuestionId;
}
Press CTRL + S to save the changes.
Open the Git console and enter the following commands.
git add .
git commit -m "Refactored answer check to a different method"
git push azure master
Open the web site using Microsoft Edge.
Log-in using the previously created credentials.
Logging in
Press F12 to open the development tools.
Select the network tab, make sure that it is recording and clear the session.
Starting Network Recording
Select any of the four answers. Nothing will happen.
Show that the web request failed with a 500 error.
Showing the 500 error
Speaking point: This clearly point to the last change. Let's rollback to the previous working version.
Do not close the GeekQuiz site, and switch to the browser window/tab that has the Azure Portal open.
Open the Web app and select Continuous deployment under PUBLISHING in the Settings blade. Both commits will be listed in the deployment history.
Showing the existing deployments
Select the initial commit and click REDEPLOY.
Redeploying the initial commit
When prompted to confirm, click YES.
Once the deployment is finished, switch back to the web site and press CTRL + F5.
Click any of the options. The flip animation will take place and the result (correct/incorrect) will be displayed.
By completing this demo you should have:


A selection of mixes curated by Private Agenda.
{% for item in site.selections reversed %}
{% endfor %}
{{ item.description }}
{{ item.description }}


JUDGE DREDD A film review by Ed Powell Copyright 1995 Ed Powell
OVERVIEW --------
During the Third Millennium (2000-2999 A.D.), the world has undergone some bad times, and is now a desert wasteland. In order to survive, the American people have gathered into four or five gigantic cities, or megacities. To keep order in the megacities, the government is now a police state, and the police are judge, jury, and executioner. They are ... the Judges. (In other words, a generic action/sci-fi movie.)
Judge Joseph Dredd, a genetically-engineered man that is the perfect Judge. He gets wrongly accused of murdering a TV journalist, and somehow manages to find and kill the person who actually did it, causing death and destruction in his wake that no one really seems to mind.
(In other words, a generic action/sci-fi movie.)
Sylvester Stallone plays Judge Dredd.
(In other words, a generic action/sci-fi movie.)
COMPONENT BREAKDOWN -------------------
* Story and plot Have a mentioned that this is a generic action/sci-fi movie?
Actually, there was a plot, and it wasn't too bad. The story was above average too. Not Oscar material, but not too bad. Whatever it was, it was better than BATMAN FOREVER.
* Writing
The script seems as if it was directly converted from the comic book format. The dialogue was stilted at times, but was overall above average.
* Acting
I thought the best actor in the film was Rob Schnider. In this film, he had a bigger role than he had in DEMOLITION MAN (which, oddly enough, also starred Sly Stallone), and he made the film hilarious when people weren't being shot, blown-up, or insulted.
Sly conveys the emotionless Judge Dredd well enough (although I have not read any of the comic books). The rest of the acting was average.
* Design
The film employed an incredible amount of matte shots and models, which were of high quality, and conveyed the sense of a dark future well. The building models I can best describe as a futuristic, multi-layer "Batman" style.
The weaponry, vehicles (especially the taxis), and other props were quite stylish, and worked well with the film.
* Effects
Really nothing special. Some good computer animation. A few neat visual effects. Buildings blew up real good. Average.
* Direction
Again, average ... nothing special. Won't win any major (or minor) awards, but it was adequate.
* Family value
*This* is the film's shortcoming. This is definitely *not* family material, definitely not for kids. Rare is the scene where someone isn't being shot, blown-up, or insulted. As much as I hate to say it, take your kids to see POCAHONTAS or something. And as always, thank you for not poking my hontas. :-)
OVERALL -------
If you like fast-paced, blood and gore sci-fi/action flicks, go for it. I was entertained for its 105 minute run-time. This is the average action flick--entertaining, funny, but not Oscar material.
Produced by Edward R. Pressman, directed by Danny Cannon. A Hollywood Pictures release.
RATINGS (out of ten) -------------------- Plot/Story: 7 Writing: 6 Acting: 6 Design: 7 Effects: 6 Direction: 5 Family Value: 1
TOTAL: 38 out of 70 (Overall: 5.429)
(This can't be right, it scored less than BATMAN FOREVER....)
-- Ed Powell, MSTie #27968
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


Good morning,
Spencer
00
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00
GENERAL
Gmail
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Google Keep
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COLLEGE
SIS
Calendar
Gmail
Collab
PROGRAMMING
GitHub
Trello
Stack Overflow
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MEDIA
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Hulu
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“
The master has failed more times than the beginner has even tried.
”
Stephen McCranie


‘Ocean’ is a cheeky, happy-go-lucky character which makes him a popular resident of Oyster Bay. He is always enthusiastic about whatever oceanic hobby or interest he is perusing.
Ocean is passionate about the sea, however, he can become blinkered in his various pursuits and often fails to see the catastrophic harm he is causing.


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| Jump to DART Documentation Main Index |
The Global Ionosphere Thermosphere Model (GITM) is a 3-dimensional spherical code that models the Earth's thermosphere and ionosphere system using a stretched grid in latitude and altitude.
The GITM interface for
Data Assimilation Research Testbed (DART) is under development.
If you wish to use GITM, you are urged to contact us. The original scripts were
configured to run on the University of Michigan machine NYX using
the Portable Batch System (PBS). We have attempted to extend the
scripts to work with both PBS and LSF and are only partway through the process
at the time of the Lanai release.
DART does not come with the GITM code. You need to get that on your own.
The normal procedure of building GITM creates some resource files that are subsequently
needed by DART - just to compile. These include:
GITM uses binary files for their restart mechanisms, so no metadata is available to confirm the number and order of fields in the file. Care must be used to make sure the namelist-controlled set of variables to be included in the DART state vector is consistent with the restart files. Each variable must also correspond to a DART "KIND"; required for the DART interpolate routines. For example, this is nowhere close to being correct:
&model_nml gitm_state_variables = 'Temperature', 'QTY_TEMPERATURE', 'eTemperature', 'QTY_TEMPERATURE_ELECTRON', 'ITemperature', 'QTY_TEMPERATURE_ION', 'iO_3P_NDensityS', 'QTY_DENSITY_NEUTRAL_O3P', 'iO2_NDensityS', 'QTY_DENSITY_NEUTRAL_O2', 'iN2_NDensityS', 'QTY_DENSITY_NEUTRAL_N2', ... ... /
These variables are then adjusted to be consistent with observations and stuffed back into the same netCDF restart files. Since DART is an ensemble algorithm, there are multiple restart files for a single restart time: one for each ensemble member. Creating the initial ensemble of states is an area of active research.
DART reads grid information for GITM from several sources. The UAM.in file specifies the number of latitudes/longitudes per block, and the number of blocks comes from the GITM2/src/ModSize.f90 module. Internal to the DART code, the following variables exist:
| real(r8) :: LON(:) | longitude array [0, 360) |
| real(r8) :: LAT(:) | latitude array (-90,90) |
| real(r8) :: ALT(:) | altitude array (0,~inf) |
| integer :: NgridLon | the length of the longitude array |
| integer :: NgridLat | the length of the latitude array |
| integer :: NgridAlt | the length of the altitude array |
was compiled with the gfortran 4.2.3 compilers and run on a Mac.
The DART components were built with the following mkmf.template settings:
FC = gfortran LD = gfortran NETCDF = /Users/thoar/GNU INCS = -I${NETCDF}/include LIBS = -L${NETCDF}/lib -lnetcdf -lcurl -lhdf5_hl -lhdf5 -lz -lm FFLAGS = -O0 -fbounds-check -frecord-marker=4 -ffpe-trap=invalid $(INCS) LDFLAGS = $(FFLAGS) $(LIBS)
The binary GITM files contain no metadata, so care is needed when converting between DART state variables and GITM files.
There are two programs - both require the list of GITM variables to use in the DART state vector: the model_nml:gitm_state_variables variable in the input.nml file.
| gitm_to_dart.f90 | converts a set of GITM restart files (there is one restart file per block) bxxxx.rst into a DART-compatible file normally called dart_ics . We usually wind up linking to this static filename. |
| dart_to_gitm.f90 | inserts the DART output into existing GITM restart files. There are two different types of DART output files, so there is a namelist option to specify if the DART file has two time records or just one. If there are two, the first one is the 'advance_to' time, followed by the 'valid_time' of the ensuing state. If there is just one, it is the 'valid_time' of the ensuing state. dart_to_gitm determines the GITM restart file name from the input.nml model_nml:gitm_restart_dirname. If the DART file contains an 'advance_to' time, dart_to_gitm creates a DART_GITM_time_control.txt file which can be used to control the length of the GITM integration. |
The simplest way to test the converter is to compile GITM and run a single model state forward using work/clean.sh. To build GITM ... download GITM and unpack the code into DART/models/gitm/GITM2 and follow these instructions:
cd models/gitm/GITM2 ./Config.pl -install -compiler=ifortmpif90 -earth make cd ../work ./clean.sh 1 1 0 150.0 170.0 1.0
We adhere to the F90 standard of starting a namelist with an ampersand '&' and terminating with a slash '/' for all our namelist input. Consider yourself forewarned that character strings that contain a '/' must be enclosed in quotes to prevent them from prematurely terminating the namelist.
# The list of variables to put into the state vector is here: # The definitions for the DART kinds are in DART/observations/forward_operators/obs_def*f90 # The order doesn't matter to DART. It may to you. &model_nml gitm_restart_dirname = 'advance_temp_e1/UA/restartOUT', assimilation_period_days = 0, assimilation_period_seconds = 1800, model_perturbation_amplitude = 0.2, output_state_vector = .false., calendar = 'Gregorian', debug = 0, gitm_state_variables = 'Temperature', 'QTY_TEMPERATURE', 'eTemperature', 'QTY_TEMPERATURE_ELECTRON', 'ITemperature', 'QTY_TEMPERATURE_ION', 'iO_3P_NDensityS', 'QTY_DENSITY_NEUTRAL_O3P', 'iO2_NDensityS', 'QTY_DENSITY_NEUTRAL_O2', 'iN2_NDensityS', 'QTY_DENSITY_NEUTRAL_N2', 'iN_4S_NDensityS', 'QTY_DENSITY_NEUTRAL_N4S', 'iNO_NDensityS', 'QTY_DENSITY_NEUTRAL_NO', 'iN_2D_NDensityS', 'QTY_DENSITY_NEUTRAL_N2D', 'iN_2P_NDensityS', 'QTY_DENSITY_NEUTRAL_N2P', 'iH_NDensityS', 'QTY_DENSITY_NEUTRAL_H', 'iHe_NDensityS', 'QTY_DENSITY_NEUTRAL_HE', 'iCO2_NDensityS', 'QTY_DENSITY_NEUTRAL_CO2', 'iO_1D_NDensityS', 'QTY_DENSITY_NEUTRAL_O1D', 'iO_4SP_IDensityS', 'QTY_DENSITY_ION_O4SP', 'iO2P_IDensityS', 'QTY_DENSITY_ION_O2P', 'iN2P_IDensityS', 'QTY_DENSITY_ION_N2P', 'iNP_IDensityS', 'QTY_DENSITY_ION_NP', 'iNOP_IDensityS', 'QTY_DENSITY_ION_NOP', 'iO_2DP_IDensityS', 'QTY_DENSITY_ION_O2DP', 'iO_2PP_IDensityS', 'QTY_DENSITY_ION_O2PP', 'iHP_IDensityS', 'QTY_DENSITY_ION_HP', 'iHeP_IDensityS', 'QTY_DENSITY_ION_HEP', 'ie_IDensityS', 'QTY_DENSITY_ION_E', 'U_Velocity_component', 'QTY_VELOCITY_U', 'V_Velocity_component', 'QTY_VELOCITY_V', 'W_Velocity_component', 'QTY_VELOCITY_W', 'U_IVelocity_component', 'QTY_VELOCITY_U_ION', 'V_IVelocity_component', 'QTY_VELOCITY_V_ION', 'W_IVelocity_component', 'QTY_VELOCITY_W_ION', 'iO_3P_VerticalVelocity', 'QTY_VELOCITY_VERTICAL_O3P', 'iO2_VerticalVelocity', 'QTY_VELOCITY_VERTICAL_O2', 'iN2_VerticalVelocity', 'QTY_VELOCITY_VERTICAL_N2', 'iN_4S_VerticalVelocity', 'QTY_VELOCITY_VERTICAL_N4S', 'iNO_VerticalVelocity', 'QTY_VELOCITY_VERTICAL_NO', 'f107', 'QTY_1D_PARAMETER', 'Rho', 'QTY_DENSITY', /
This namelist is read in a file called input.nml. This namelist provides control over the assimilation period for the model. All observations within (+/-) half of the assimilation period are assimilated. The assimilation period is the minimum amount of time the model can be advanced, and checks are performed to ensure that the assimilation window is a multiple of the model dynamical timestep.
| Contents | Type | Description |
|---|---|---|
| gitm_restart_dirname | character(len=256) | The name of the directory containing the GITM restart files and runtime control information. |
| assimilation_period_days | integer | The number of days to advance the model for each assimilation. |
| assimilation_period_seconds | integer | In addition to assimilation_period_days, the number of seconds to advance the model for each assimilation. |
| model_perturbation_amplitude | real(r8) | Reserved for future use. |
| output_state_vector | logical | The switch to determine the form of the state vector in the output netCDF files. If .true. the state vector will be output exactly as DART uses it ... one long array. If .false., the state vector is parsed into prognostic variables and output that way -- much easier to use with 'ncview', for example. |
| calendar | character(len=32) | Character string specifying the calendar being used by GITM. |
| debug | integer | The switch to specify the run-time verbosity. 0 is as quiet as it gets. > 1 provides more run-time messages. > 5 provides ALL run-time messages. |
| gitm_state_variables | character(len=NF90_MAX_NAME):: dimension(160) |
The table that relates the GITM variables to use to build the DART state vector, and the corresponding DART kinds for those variables. |
types_mod time_manager_mod threed_sphere/location_mod utilities_mod obs_kind_mod mpi_utilities_mod random_seq_mod dart_gitm_mod
Only a select number of interfaces used are discussed here. Each module has its own discussion of their routines.
| use model_mod, only : | |
| restart_file_to_statevector | |
| statevector_to_restart_file | |
| get_gitm_restart_dirname | |
| get_state_time |
| use location_mod, only : | get_close_obs |
A note about documentation style. Optional arguments are enclosed in brackets [like this].
integer :: get_model_size
Returns the length of the model state vector. Required.
| model_size | The length of the model state vector. |
real(r8), dimension(:), intent(inout) :: x type(time_type), intent(in) :: time
adv_1step is not used for the gitm model. Advancing the model is done through the advance_model script. This is a NULL_INTERFACE, provided only for compatibility with the DART requirements.
| x | State vector of length model_size. |
| time | Specifies time of the initial model state. |
integer, intent(in) :: index_in type(location_type), intent(out) :: location integer, optional, intent(out) :: var_type
get_state_meta_data returns metadata about a given element of the DART representation of the model state vector. Since the DART model state vector is a 1D array and the native model grid is multidimensional, get_state_meta_data returns information about the native model state vector representation. Things like the location, or the type of the variable (for instance: temperature, u wind component, ...). The integer values used to indicate different variable types in var_type are themselves defined as public interfaces to model_mod if required.
| index_in | Index of state vector element about which information is requested. |
| location | Returns the 3D location of the indexed state variable. The location_ type comes from DART/location/threed_sphere/location_mod.f90. Note that the lat/lon are specified in degrees by the user but are converted to radians internally. |
| var_type | Returns the type of the indexed state variable as an optional argument. The type is one of the list of supported observation types, found in the block of code starting ! Integer definitions for DART TYPES in DART/assimilation_code/modules/observations/obs_kind_mod.f90 |
The list of supported variables in DART/assimilation_code/modules/observations/obs_kind_mod.f90 is created by preprocess.
real(r8), dimension(:), intent(in) :: x type(location_type), intent(in) :: location integer, intent(in) :: itype real(r8), intent(out) :: obs_val integer, intent(out) :: istatus
Given a model state, model_interpolate returns the value of
the desired observation type (which could be a state variable) that would be
observed at the desired location. The interpolation method is either
completely specified by the model, or uses some standard 2D or 3D scalar
interpolation routines.
Put another way, model_interpolate will apply the forward
operator H to the model state to create an observation at the desired
location.
If the interpolation is valid, istatus = 0.
In the case where the observation operator is not defined at the given
location (e.g. the observation is below the lowest model level, above the top
level, or 'dry'), interp_val is returned as 0.0 and istatus = 1.
| x | A model state vector. |
| location | Location to which to interpolate. |
| itype | Integer indexing which type of observation is desired. |
| obs_val | The interpolated value from the model. |
| istatus | Integer flag indicating the success of the interpolation.
success == 0, failure == anything else |
type(time_type) :: get_model_time_step
get_model_time_step returns the forecast length to be used as the "model base time step" in the filter. This is the minimum amount of time the model can be advanced by filter. This is also the assimilation window. All observations within (+/-) one half of the forecast length are used for the assimilation. In the GITM case, this is set from the namelist values for input.nml&model_nml:assimilation_period_days, assimilation_period_seconds.
| var | Smallest time step of model. |
static_init_model
is called for runtime initialization of the model.
The namelists are read to determine runtime configuration of the model,
the grid coordinates, etc. There are no input arguments and no return values.
The routine sets module-local private attributes that can then be queried by the
public interface routines.
See the GITM documentation for all namelists in gitm_in .
Be aware that DART reads the GITM &grid_nml namelist
to get the filenames for the horizontal and vertical grid information as well
as the topography information.
The namelists (all mandatory) are:
input.nml&model_mod_nml,
gitm_in&time_manager_nml,
gitm_in&io_nml,
gitm_in&init_ts_nml,
gitm_in&restart_nml,
gitm_in&domain_nml, and
gitm_in&grid_nml.
end_model is used to clean up storage for the model, etc. when the model is no longer needed. There are no arguments and no return values. The grid variables are deallocated.
type(time_type), intent(out) :: time
init_time returns the time at which the model will start if no input initial conditions are to be used. This is frequently used to spin-up models from rest, but is not meaningfully supported for the GITM model. The only time this routine would get called is if the input.nml&perfect_model_obs_nml:start_from_restart is .false., which is not supported in the GITM model.
| time | the starting time for the model if no initial conditions are to be supplied. This is hardwired to 0.0 |
real(r8), dimension(:), intent(out) :: x
init_conditions returns default initial conditions for model; generally used for spinning up initial model states. For the GITM model it is just a stub because the initial state is always provided by the input files.
| x | Initial conditions for state vector. This is hardwired to 0.0 |
integer :: nc_write_model_atts integer, intent(in) :: ncFileID
nc_write_model_atts writes model-specific attributes to an opened netCDF file: In the GITM case, this includes information like the coordinate variables (the grid arrays: ULON, ULAT, TLON, TLAT, ZG, ZC, KMT, KMU), information from some of the namelists, and either the 1D state vector or the prognostic variables (SALT,TEMP,UVEL,VVEL,PSURF). All the required information (except for the netCDF file identifier) is obtained from the scope of the model_mod module. Both the input.nml and gitm_in files are preserved in the netCDF file as variables inputnml and gitm_in, respectively.
| ncFileID | Integer file descriptor to previously-opened netCDF file. |
| ierr | Returns a 0 for successful completion. |
nc_write_model_atts is responsible for the model-specific attributes in the following DART-output netCDF files: true_state.nc, preassim.nc, and analysis.nc.
integer, intent(in) :: ncFileID real(r8), dimension(:), intent(in) :: statevec integer, intent(in) :: copyindex integer, intent(in) :: timeindex integer :: ierr
nc_write_model_vars writes a copy of the state variables to a NetCDF file. Multiple copies of the state for a given time are supported, allowing, for instance, a single file to include multiple ensemble estimates of the state. Whether the state vector is parsed into prognostic variables (SALT, TEMP, UVEL, VVEL, PSURF) or simply written as a 1D array is controlled by input.nml&model_mod_nml:output_state_vector. If output_state_vector = .true. the state vector is written as a 1D array (the simplest case, but hard to explore with the diagnostics). If output_state_vector = .false. the state vector is parsed into prognostic variables before being written.
| ncFileID | file descriptor to previously-opened netCDF file. |
| statevec | A model state vector. |
| copyindex | Integer index of copy to be written. |
| timeindex | The timestep counter for the given state. |
| ierr | Returns 0 for normal completion. |
real(r8), dimension(:), intent(in) :: state real(r8), dimension(:), intent(out) :: pert_state logical, intent(out) :: interf_provided
Given a model state, pert_model_state produces a
perturbed model state. This is used to generate ensemble initial conditions
perturbed around some control trajectory state when one is preparing to
spin-up ensembles. Since the DART state vector for the GITM model
contains both 'wet' and 'dry' cells, it is imperative to provide an
interface to perturb just the wet cells
(interf_provided == .true.).
The magnitude of the perturbation is wholly determined by
input.nml&model_mod_nml:model_perturbation_amplitude
and utterly, completely fails.
A more robust perturbation mechanism is needed.
Until then, avoid using this routine by using your own ensemble of initial conditions.
This is determined by setting
input.nml&filter_nml:start_from_restart = .false.
| state | State vector to be perturbed. |
| pert_state | The perturbed state vector. |
| interf_provided | Because of the 'wet/dry' issue discussed above, this is always .true., indicating a model-specific perturbation is available. |
type(get_close_type), intent(inout) :: gc real(r8), intent(in) :: maxdist
Pass-through to the 3-D sphere locations module. See get_close_maxdist_init() for the documentation of this subroutine.
type(get_close_type), intent(inout) :: gc integer, intent(in) :: num type(location_type), intent(in) :: obs(num)
Pass-through to the 3-D sphere locations module. See get_close_obs_init() for the documentation of this subroutine.
type(get_close_type), intent(in ) :: gc type(location_type), intent(in ) :: base_obs_loc integer, intent(in ) :: base_obs_kind type(location_type), dimension(:), intent(in ) :: obs integer, dimension(:), intent(in ) :: obs_kind integer, intent(out) :: num_close integer, dimension(:), intent(out) :: close_ind real(r8), optional, dimension(:), intent(out) :: dist
Given a DART location (referred to as "base") and a set of locations, and a
definition of 'close' - return a subset of locations that are 'close', as well
as their distances to the DART location and their indices. This routine intentionally
masks a routine of the same name in location_mod because we
want to be able to discriminate against selecting 'dry land' locations.
Given a single location and a list of other locations, returns the indices
of all the locations close to the single one along with the number of
these and the distances for the close ones. The list of locations
passed in via the obs argument must be identical to
the list of obs passed into the most recent call
to get_close_obs_init(). If the list of locations
of interest changes, get_close_obs_destroy() must
be called and then the two initialization routines must be called
before using get_close_obs() again.
For vertical distance computations, the general philosophy is to convert all
vertical coordinates to a common coordinate. This coordinate type is defined
in the namelist with the variable "vert_localization_coord".
| gc | Structure to allow efficient identification of locations 'close' to a given location. |
| base_obs_loc | Single given location. |
| base_obs_kind | Kind of the single location. |
| obs | List of candidate locations. |
| obs_kind | Kind associated with candidate locations. |
| num_close | Number of locations close to the given location. |
| close_ind | Indices of those locations that are close. |
| dist | Distance between given location and the close ones identified in close_ind. |
real(r8), dimension(:), intent(in) :: ens_mean
ens_mean_for_model normally saves a copy of the ensemble mean to module-local storage. This is a NULL_INTERFACE for the GITM model. At present there is no application which requires module-local storage of the ensemble mean. No storage is allocated.
| ens_mean | State vector containing the ensemble mean. |
integer, intent(out) :: num_x, num_y, num_z
get_gridsize returns the dimensions of the compute domain. The horizontal gridsize is determined from gitm_restart.nc.
| num_x | The number of longitudinal gridpoints. |
| num_y | The number of latitudinal gridpoints. |
| num_z | The number of vertical gridpoints. |
character(len=*), intent(in) :: dirname real(r8), dimension(:), intent(inout) :: state_vector type(time_type), intent(out) :: model_time
restart_file_to_statevector Reads a GITM netCDF format restart file and packs the desired variables into a DART state vector. The desired variables are specified in the input_nml model_nml namelist.
| dirname | The name of the directory containing the GITM restart files. The restart files have names like b0001.rst. There are as many restart files as blocks. |
| state_vector | the 1D array containing the concatenated GITM variables. |
| model_time | the time of the model state as read from <dirname>/header.rst. |
real(r8), dimension(:), intent(in) :: state_vector character(len=*), intent(in) :: dirname type(time_type), intent(in) :: statedate
statevector_to_restart_file updates the variables in the GITM restart files with values from the DART vector state_vector. The time in the GITM files must match the statedate.
| state_vector | the 1D array containing the DART state vector. |
| dirname | The name of the directory containing the GITM restart files. The restart files have names like b0001.rst. There are as many restart files as blocks. |
| statedate | the 'valid_time' of the DART state vector. |
character(len=*), intent(out) :: dirname
get_gitm_restart_dirname returns the name of the directory containing the GITM restart files.
| filename | The name of the GITM restart directory as specified by the input.nml:model_nml:gitm_restart_dirname varible. |
character(len=*), intent(in) :: dirname type(time_type), intent(out) :: time
get_state_time extracts the time of the model state as contained in the <gitm_restart_dirname>/header.rst file.
| filename | purpose |
|---|---|
| input.nml | to read the model_mod namelist |
| Several GITM source modules: ModConstants, ModSizeGitm, ModEarth ... | provides grid dimensions, model state, and 'valid_time' of the model state |
| header.rst, bNNNN.rst | provides the 'valid_time' of the model state and the model state, respectively |
| true_state.nc | the time-history of the "true" model state from an OSSE |
| preassim.nc | the time-history of the model state before assimilation |
| analysis.nc | the time-history of the model state after assimilation |
| dart_log.out [default name] | the run-time diagnostic output |
| dart_log.nml [default name] | the record of all the namelists actually USED - contains the default values |
| Routine | Message | Comment |
|---|---|---|
| restart_file_to_statevector | cannot open file "xxxx" for reading | The GITM restart file "xxxx" does not exist. |
| restart_file_to_statevector | 'WARNING!!! year 0 not supported; setting to year 1 | year 0 ... is not supported in a Gregorian calendar. Our intent here is to do data assimilation, normally 'real' observations have 'real' dates. |
| statevector_to_restart_file | current time /= model time. FATAL error. | The DART time does not match the time of the GITM restart file. This message is preceeded by several lines indicating the expected times of both DART and GITM. |
The scripts to advance the model and run an experiment are in a state of flux in response to changing hardware.
Provide a better mechanism for generating a set of perturbed initial conditions - pert_model_state()
N/A
DART software - Copyright UCAR. This open source software is provided by UCAR, "as is", without charge, subject to all terms of use at http://www.image.ucar.edu/DAReS/DART/DART_download


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FDS on the M1 Mac
So whenever I get a new machine, I always run an FDS benchmark on it - purely for fun and comparative purposes. I’ll often run it, even on a machine that isn’t likely to run FDS in a normal situations, such as the M1T Mini PC and Raspberry Pi.
So with the M1 Mac Mini, there was no reason not to run the benchmarks as well. However, as the M1 Mac is based on an ARM based chip, I wasn’t expecting it to perform that well - after all, it would be running on the Mac using Rosetta 2, as FDS is compiled for x86 processors1.
I ran my standard testing regime (the last FDS 5 release and FDS 6.5.3) against a benchmark file that was included with FDS 52. All benchmarks were purely of single core
Both ran fine without any issues what so ever. I was mildly surprised when I got the results.
FDS 5
Whilst FDS 5 is end of life now, and has been replaced with v6, it’s still worth running just to see how things have changed over the years.
I keep all the records on a Google Sheet, so it’s visible to all here. However, a screen shot of the results is shown below.
The results of the M1 run show that the M1 chip, even using Rosetta, is the fastest chip I’ve tested!
FDS 6
FDS 6 worked without an issue as well. As normal, I set the number of MPI threads to 1, so that it’s a pure single thread test.
The result for this was a bit more muted - the results indicate that it took longer to complete than the other devices I’d tested, including the items it beat on the single core FDS 5 test.
Not quite sure why that’s the case, however, it demonstrates that the system runs FDS without issues.
Conclusions
Would I run FDS on it? Probably not - the max limit of 16GB of RAM will be an issue as will the limited number of cores3, this is reasonable performance for a PC that draws only 26W at full load!
Keep in mind my AMD Ryzen 5 1600X draws 149W at load - almost 6 times more electric, though only approximately 7% faster. However, where speed is primarily a factor, then the extra power draw may be worthwhile, but for my use case currently, this isn’t an issue.
Overall, it’s exciting to see the performance and it’ll be interesting to see how Apple continue forward with the Apple Silicon and see how this works with the more professional Macs in the future.


GSFTOPK(1) GSFTOPK(1) NAME gsftopk - render a ghostscript font in TeX pk form SYNOPSIS gsftopk [-i path] [-q] [-t] [--debug=n] [--dosnames] [--interpreter=path] [--mapline=line] [--mapfile=file] [--quiet] [--test] [--help] [--version] font dpi ARGUMENTS font Name of the font to be created. dpi Desired resolution of the font to be created, in dots per inch. This may be a real number. DESCRIPTION gsftopk is a program which calls up the ghostscript program gs(1) to ren‐ der a given font at a given resolution. It packs the resulting charac‐ ters into the pk file format and writes them to a file whose name is formed from the font name and the resolution (rounded to the nearest integer). The font may be in any format acceptable to Ghostscript, including .pfa, .pfb, .gsf, and .ttf files. This program should normally be called by a script, such as mktexpk, to create fonts on demand. gsftopk obtains the character widths from the .tfm file, which must exist in the standard search path. It also must be able to find the font in a map file (such as psfonts.map), formatted as in dvips(1)), unless the --mapline option is used. The set of map files is given by the --mapfile option, or in the files config.ps, $HOME/.dvipsrc, and config.gsftopk (as would be used by dvips -Pgsftopk). The following pk "specials" are added at the end of the output file, to provide an internal check on the contents of the file: "jobname=font", "mag=1", "mode=modeless", and "pixels_per_inch=dpi". This is in accor‐ dance with the TeX Directory Standard (TDS). OPTIONS --debug=n Set the Kpathsea debug flags according to the integer n. --dosnames Use a name of the form font.pk instead of font.dpipk. -h, --help Print a brief help synopsis and exit. -i path, --interpreter=path Use path as the Ghostscript interpreter. --mapfile=file Use file to look for the map information for font. This should be the full name of the file (in other words, no path searching algo‐ rithms are applied). --mapline=line Use line instead of looking for an entry in a map file. The first word of line must match font. -q, --quiet Operate quietly; i.e., without writing any messages to the stan‐ dard output. -t, --test Test run: return zero status if the font can be found in the map file(s), and nonzero status if it cannot. If this option is spec‐ ified, then the dpi argument is optional (since the font will not be generated). -v, --version Print the version number and exit. ENVIRONMENT VARIABLES DVIPSRC Name of file to read instead of $HOME/.dvipsrc. This should be the full name of the file (in other words, no path searching algorithms are applied). GSFTOPKFONTS See TFMFONTS. GSFTOPKHEADERS See TEXPSHEADERS. PSHEADERS See TEXPSHEADERS. TEXCONFIG Colon-separated list of paths to search for map files. An extra colon in the list will include the compiled-in default paths at that point. A double slash will enable recursive subdirectory searching at that point in the path. TFMFONTS Colon-separated list of paths to search for the .tfm file associated with the font. Double slashes and extra colons behave as with TEXCONFIG. This information may also be supplied by using the environment variables TFM‐ FONTS or GSFTOPKFONTS. These environment variables are checked in the order GSFTOPKFONTS, TFMFONTS, TFMFONTS; the first one (if any) having a value is used. TEXPSHEADERS Colon-separated list of paths to search for the Ghost‐ script driver file render.ps and for any PostScript header or font files (.enc, .pfa, .pfb, .gsf, or .ttf files). Double slashes and extra colons behave as with TEXCONFIG. This information may also be supplied by using the environment variables PSHEADERS or GSFTOPKHEAD‐ ERS. These environment variables are checked in the order GSFTOPKHEADERS, TEXPSHEADERS, PSHEADERS; the first one (if any) having a value is used. TFMFONTS See TFMFONTS. CONFIGURATION In order to determine the set of map files to be used and the path for finding PostScript files, gsftopk reads, in order, the files config.ps, .dvipsrc, and config.gsftopk. The files config.ps and config.gsftopk are searched for using the environment variable TEXCONFIG, the Kpathsea con‐ figuration file, or the compiled-in default paths. The file .dvipsrc is searched for in the user's home directory. These files are in the same format as for dvips (as well as being in the same locations). The entries used by gsftopk are as follows. H path Indicates that the Ghostscript driver file render.ps and the Post‐ Script header and font files are to be searched for using path. p file Indicates that the list of map files is to be erased and replaced by file. p +file Indicates that file is to be added to the list of map files. All other entries are ignored. This is similar to the handling of these options when running dvips -Pgs‐ ftopk. For more details, see the Kpathsea manual. BUGS gsftopk sometimes has trouble with fonts with very complicated characters (such as the Seal of the University of California). This is because gsftopk uses the charpath operator to determine the bounding box of each character. If the character is too complicated, then old versions of Ghostscript fail, causing gsftopk to terminate with an error message Call to gs stopped by signal 10 (The number may vary from system to system; it corresponds to a bus error or a segmentation fault.) The best way to fix this bug is to install a current version of ghostscript. As an alternative, gsftopk can be instructed to use the bounding box provided with the font (if one exists) instead of finding a bounding box for each character. To do this, include the string /usefontbbox true def in the font map file; e.g., ucseal "/usefontbbox true def" This will not affect use of the font by dvips. SEE ALSO gs(1), gftopk(1), tex(1), xdvi(1), dvips(1) AUTHOR Written by Paul Vojta. This program was inspired by Karl Berry's gsren‐ derfont. MODIFICATIONS Modified by Yves Arrouye to use Karl Berry's Kpathsea library. 28 November 1998 GSFTOPK(1)


TCMXX
This is the collection of my projects, both course projects and personal projects! Most of them are games and apps. Hope you like them!
Click here to Play(On Firefox browser only) || Watch the Video|| Download(for Windows)
Teammates: Siegfried Martin, Taylor Cronk, Robert Zautke and Xiaoxiao Ma. Game Design Course final project!
Click here to download in google play|||| Watch the Video
Head story is my personal physical Android game. It uses physical laws and control strategy to move a head by drawing a path or ejecting. Special thanks to Yaohua Tang for art.
Teammates: Nathan Fenner Xiaoxiao Ma Siegfried Martin John Baker. This is the game we made in Wolverine Soft 48 hours Game Jam. Have fun with controlling the rabbit to defensing the tigers!
It is my second project in EECS 494 game design course. This game was super popular when I was in middle school. There was a certain amount of time when everybody would get together to play this game using bottle caps on a table. Now I made the electronic version of it! Hope I can make it as real as possible.
It is my first game project in EECS 494 game design course. It uses Unity3D as the game engine. Pictures are from the original game and other online free resource. Teammate: Siegfried Martin.


| 2019 |
Ellen Rosand |
"Handel's 'Music'" |
Bloomington, IN – Indiana University |
| 2017 |
John Butt |
"Handel and Messiah: Harmonizing the Bible for a Modern World?" |
Princeton, NJ – Princeton University |
| 2015 |
Nicholas McGegan |
"Handel in My Lifetime" |
Iowa City, IA – University of Iowa |
| 2013 |
Reinhard Strohm |
"Handel: Opera and Ritual" |
Princeton, NJ – Princeton University |
| 2011 |
David Hurley |
"Once More with Feeling: Da Capo Patterns in Handel's Oratorios" |
Seattle, WA |
| 2009 |
Robert Ketterer |
"London as Athens: Teseo and Arianna in Creta" |
Danville, KY - Centre College |
| 2007 |
Andrew Porter |
"How Handel's Operas Entered the Modern Repertory" |
Princeton, NJ – Princeton University |
| 2005 |
Graydon Beeks |
"Private Patronage of Church Music in the Reign of George I" |
Santa Fe, NM |
| 2003 |
Terence Best |
"Handel Editions" |
Iowa City, IA – University of Iowa |
| 2001 |
Nicholas Temperley |
"'In Virtue's Cause': How Handel's Music was Sanctified" |
College Park, MD – University of Maryland |
| 2000 |
Ruth Smith |
"Fifteen Ways to Skin an Oratorio, of Understanding Theodora" |
College Park, MD – University of Maryland |
| 1998 |
Anthony Hicks |
"Handel's Jephtha: A Sacridice to Theology?" |
College Park, MD – University of Maryland |
| 1996 |
Donald Burrows |
"M. Handel's Friends: Contemporary Accounts of the Composer from the papers of James Harris" |
College Park, MD – University of Maryland |
| 1994 |
Winton Dean |
"Handel's Operas in the Theatre" |
College Park, MD – University of Maryland |
| 1992 |
John Roberts |
"The Song for St Cecilia's Day and Handel's 'Borrowing' from other Composers" |
College Park, MD - University of Maryland |
| 1991 |
Paul Brainard |
"Bach and Handel: Another Look" |
Washington, D.C. – George Washington University |
| 1990 |
Don E. Saliers |
"Words and The Word: Sounding the Text of Handel's Messiah" |
College Park, MD – University of Maryland |
| 1989 |
Bernd Baselt |
"The War of Spanish Succession, Italy, and Handel" |
College Park, MD – University of Maryland |
| 1988 |
Ellen T. Harris |
"Integrity and Improvisation in the Music of Handel" |
College Park, MD – University of Maryland |
| 1987 |
Jens Peter Larsen |
"The Turning Point in Handel's Oratorio Tradition" |
College Park, MD – University of Maryland |


This site was created by Marc Mcgregor, A third year student studying at Middlesex University London.
AboutEWaste.co.uk was created to help spread awareness of the growing issue of Electrical Waste filling landfills every year
Email me!
marcjamesmcgregor@gmail.com