| Top |
| GtkWidget * | gtk_test_create_simple_window () |
| GtkWidget * | gtk_test_create_widget () |
| GtkWidget * | gtk_test_display_button_window () |
| GtkWidget * | gtk_test_find_label () |
| GtkWidget * | gtk_test_find_sibling () |
| GtkWidget * | gtk_test_find_widget () |
| void | gtk_test_init () |
| const GType * | gtk_test_list_all_types () |
| void | gtk_test_register_all_types () |
| double | gtk_test_slider_get_value () |
| void | gtk_test_slider_set_perc () |
| gboolean | gtk_test_spin_button_click () |
| gchar * | gtk_test_text_get () |
| void | gtk_test_text_set () |
| gboolean | gtk_test_widget_click () |
| gboolean | gtk_test_widget_send_key () |
| void | gtk_test_widget_wait_for_draw () |
GtkWidget * gtk_test_create_simple_window (const gchar *window_title
,const gchar *dialog_text
);
gtk_test_create_simple_window
has been deprecated since version 3.20 and should not be used in newly-written code.
This testing infrastructure is phased out in favor of reftests.
Create a simple window with window title window_title
and
text contents dialog_text
.
The window will quit any running gtk_main()
-loop when destroyed, and it
will automatically be destroyed upon test function teardown.
window_title |
Title of the window to be displayed. |
|
dialog_text |
Text inside the window to be displayed. |
Since: 2.14
GtkWidget * gtk_test_create_widget (GType widget_type
,const gchar *first_property_name
,...
);
gtk_test_create_widget
has been deprecated since version 3.20 and should not be used in newly-written code.
This testing infrastructure is phased out in favor of reftests.
This function wraps g_object_new()
for widget types.
It’ll automatically show all created non window widgets, also
g_object_ref_sink()
them (to keep them alive across a running test)
and set them up for destruction during the next test teardown phase.
Since: 2.14
GtkWidget * gtk_test_display_button_window (const gchar *window_title
,const gchar *dialog_text
,...
);
gtk_test_display_button_window
has been deprecated since version 3.20 and should not be used in newly-written code.
This testing infrastructure is phased out in favor of reftests.
Create a window with window title window_title
, text contents dialog_text
,
and a number of buttons, according to the paired argument list given
as @... parameters.
Each button is created with a label
and a ::clicked signal handler that
incremrents the integer stored in nump
.
The window will be automatically shown with gtk_widget_show_now()
after
creation, so when this function returns it has already been mapped,
resized and positioned on screen.
The window will quit any running gtk_main()
-loop when destroyed, and it
will automatically be destroyed upon test function teardown.
window_title |
Title of the window to be displayed. |
|
dialog_text |
Text inside the window to be displayed. |
|
... |
|
Since: 2.14
GtkWidget * gtk_test_find_label (GtkWidget *widget
,const gchar *label_pattern
);
This function will search widget
and all its descendants for a GtkLabel
widget with a text string matching label_pattern
.
The label_pattern
may contain asterisks “*” and question marks “?” as
placeholders, g_pattern_match()
is used for the matching.
Note that locales other than "C“ tend to alter (translate” label strings,
so this function is genrally only useful in test programs with
predetermined locales, see gtk_test_init()
for more details.
widget |
Valid label or container widget. |
|
label_pattern |
Shell-glob pattern to match a label string. |
Since: 2.14
GtkWidget * gtk_test_find_sibling (GtkWidget *base_widget
,GType widget_type
);
This function will search siblings of base_widget
and siblings of its
ancestors for all widgets matching widget_type
.
Of the matching widgets, the one that is geometrically closest to
base_widget
will be returned.
The general purpose of this function is to find the most likely “action”
widget, relative to another labeling widget. Such as finding a
button or text entry widget, given its corresponding label widget.
base_widget |
Valid widget, part of a widget hierarchy |
|
widget_type |
Type of a aearched for sibling widget |
Since: 2.14
GtkWidget * gtk_test_find_widget (GtkWidget *widget
,const gchar *label_pattern
,GType widget_type
);
This function will search the descendants of widget
for a widget
of type widget_type
that has a label matching label_pattern
next
to it. This is most useful for automated GUI testing, e.g. to find
the “OK” button in a dialog and synthesize clicks on it.
However see gtk_test_find_label()
, gtk_test_find_sibling()
and
gtk_test_widget_click()
for possible caveats involving the search of
such widgets and synthesizing widget events.
widget |
Container widget, usually a GtkWindow. |
|
label_pattern |
Shell-glob pattern to match a label string. |
|
widget_type |
Type of a aearched for label sibling widget. |
Since: 2.14
void gtk_test_init (int *argcp
,char ***argvp
,...
);
This function is used to initialize a GTK+ test program.
It will in turn call g_test_init()
and gtk_init()
to properly
initialize the testing framework and graphical toolkit. It’ll
also set the program’s locale to “C” and prevent loading of rc
files and Gtk+ modules. This is done to make tets program
environments as deterministic as possible.
Like gtk_init()
and g_test_init()
, any known arguments will be
processed and stripped from argc
and argv
.
argcp |
Address of the |
|
argvp |
Address of the
|
[inout][array length=argcp] |
... |
currently unused |
Since: 2.14
const GType *
gtk_test_list_all_types (guint *n_types
);
Return the type ids that have been registered after
calling gtk_test_register_all_types()
.
Since: 2.14
void
gtk_test_register_all_types (void
);
Force registration of all core Gtk+ and Gdk object types.
This allowes to refer to any of those object types via
g_type_from_name()
after calling this function.
Since: 2.14
double
gtk_test_slider_get_value (GtkWidget *widget
);
gtk_test_slider_get_value
has been deprecated since version 3.20 and should not be used in newly-written code.
This testing infrastructure is phased out in favor of reftests.
Retrive the literal adjustment value for GtkRange based
widgets and spin buttons. Note that the value returned by
this function is anything between the lower and upper bounds
of the adjustment belonging to widget
, and is not a percentage
as passed in to gtk_test_slider_set_perc()
.
Since: 2.14
void gtk_test_slider_set_perc (GtkWidget *widget
,double percentage
);
gtk_test_slider_set_perc
has been deprecated since version 3.20 and should not be used in newly-written code.
This testing infrastructure is phased out in favor of reftests.
This function will adjust the slider position of all GtkRange
based widgets, such as scrollbars or scales, it’ll also adjust
spin buttons. The adjustment value of these widgets is set to
a value between the lower and upper limits, according to the
percentage
argument.
Since: 2.14
gboolean gtk_test_spin_button_click (GtkSpinButton *spinner
,guint button
,gboolean upwards
);
gtk_test_spin_button_click
has been deprecated since version 3.20 and should not be used in newly-written code.
This testing infrastructure is phased out in favor of reftests.
This function will generate a button
click in the upwards or downwards
spin button arrow areas, usually leading to an increase or decrease of
spin button’s value.
whether all actions neccessary for the button click simulation were carried out successfully.
Since: 2.14
gchar *
gtk_test_text_get (GtkWidget *widget
);
gtk_test_text_get
has been deprecated since version 3.20 and should not be used in newly-written code.
This testing infrastructure is phased out in favor of reftests.
Retrive the text string of widget
if it is a GtkLabel,
GtkEditable (entry and text widgets) or GtkTextView.
Since: 2.14
void gtk_test_text_set (GtkWidget *widget
,const gchar *string
);
gtk_test_text_set
has been deprecated since version 3.20 and should not be used in newly-written code.
This testing infrastructure is phased out in favor of reftests.
Set the text string of widget
to string
if it is a GtkLabel,
GtkEditable (entry and text widgets) or GtkTextView.
Since: 2.14
gboolean gtk_test_widget_click (GtkWidget *widget
,guint button
,GdkModifierType modifiers
);
gtk_test_widget_click
has been deprecated since version 3.20 and should not be used in newly-written code.
This testing infrastructure is phased out in favor of reftests.
This function will generate a button
click (button press and button
release event) in the middle of the first GdkWindow found that belongs
to widget
.
For windowless widgets like GtkButton (which returns FALSE
from
gtk_widget_get_has_window()
), this will often be an
input-only event window. For other widgets, this is usually widget->window.
Certain caveats should be considered when using this function, in
particular because the mouse pointer is warped to the button click
location, see gdk_test_simulate_button()
for details.
widget |
Widget to generate a button click on. |
|
button |
Number of the pointer button for the event, usually 1, 2 or 3. |
|
modifiers |
Keyboard modifiers the event is setup with. |
whether all actions neccessary for the button click simulation were carried out successfully.
Since: 2.14
gboolean gtk_test_widget_send_key (GtkWidget *widget
,guint keyval
,GdkModifierType modifiers
);
This function will generate keyboard press and release events in
the middle of the first GdkWindow found that belongs to widget
.
For windowless widgets like GtkButton (which returns FALSE
from
gtk_widget_get_has_window()
), this will often be an
input-only event window. For other widgets, this is usually widget->window.
Certain caveats should be considered when using this function, in
particular because the mouse pointer is warped to the key press
location, see gdk_test_simulate_key()
for details.
widget |
Widget to generate a key press and release on. |
|
keyval |
A Gdk keyboard value. |
|
modifiers |
Keyboard modifiers the event is setup with. |
Since: 2.14
void
gtk_test_widget_wait_for_draw (GtkWidget *widget
);
Enters the main loop and waits for widget
to be “drawn”. In this
context that means it waits for the frame clock of widget
to have
run a full styling, layout and drawing cycle.
This function is intended to be used for syncing with actions that
depend on widget
relayouting or on interaction with the display
server.
Since: 3.10


--- layout: press title: "Stasis: Beckett Shorts - Press Archive - Fail Better Productions" menu-item: press submenu-item: stasis description: View details and photographs from the production. For details about the company and our previous productions visit www.failbetter.co.uk. popup-script: true styles: - /css/colours.css - ../press.css styles-ie6: ../press-ie6.css show: id: stasis class: two-lines title: "Stasis: Beckett Shorts" author: Rough for Theatre II and Ohio Impromptu by Samuel Beckett flyer: stasis_flyer_oxford.jpg ---
[photographer: Dave Thwaites]


{% extends 'base.html' %} {% block content %}
I will really appreciate for reaching out for contacting me
Always available to contact you back
Click Here
tonykiharatonkin6@mail.com


DeNovoGUI
DeNovoGUI provides an easy to use graphical front end to three algorithms for de novo sequencing of MS//MS spectra:
PepNovo+, DirecTag,
pNovo+ (beta) and Novor (beta).
To start the sequencing all you have to do is to select (i) the spectrum file(s) (in the mgf format), (ii) the settings to use, and
(iii) the output folder for the sequencing results. During sequencing you will be informed of the progress and as soon as the
process is complete the results will be displayed with the found sequences annotated on the spectra.
DeNovoGUI can also be run in command line mode. For more details see DeNovoCLI.
For any questions, feel free to contact the authors at the DeNovoGUI Google Group.
For news and updates on the software visit the DeNovoGUI website:
http://compomics.github.io/projects/denovogui.html.
Please cite DeNovoGUI as Muth et al.: J Proteome Res. 2014 Feb 7;13(2):1143-6.
Go to top of page


We are a team of four with similar ideologies .A selection of 20 elements of the periodic table was made to sample up some of the skills we have acquired in HTML,CSS,JQUERY and JAVA.
- Tonny Magaki
- Edgar Amendi
- Hussein Mulla
- Abdihakim Hassan
-<EMAIL_ADDRESS>-<EMAIL_ADDRESS>-<EMAIL_ADDRESS>-<EMAIL_ADDRESS>- Tonny:<PHONE_NUMBER>
- Edgar:<PHONE_NUMBER>
- Hussein:<PHONE_NUMBER>
- Abdihakim:<PHONE_NUMBER>


10 - Use Safer Programming Techniques
Coding standards
It’s good to have consistent code standards and formatting to which everyone in the project adheres. Different kinds of projects require different levels of correctness guarantees, so avoid creating one standard that applies to all projects. In general though, strong and statically typed languages are preferable to weak and dynamically typed languages.
In addition, languages with consistent formatting like Go, Rust, and Python (via the Black formatter) are often preferable to languages that have more flexibility in formatting but without any significant benefit.
Type checking and static analysis
There are a variety of programming techniques that can be used in order to increase the safety and security of the software you build. For example, Facebook has an excellent article on Zoncolan, their static analysis tooling. Static analysis is the analysis of code as it sits in files, versus dynamic analysis that would analyze the code while it is running. In this case, Facebook found that static analysis was one of the most helpful methods in finding security vulnerabilities and bugs in their code, even more so than read teaming/white hat hacking.
In order to get maximum use of static analysis techniques, it is beneficial to use a programming language that is statically typed, or to use a dynamic language that allows for type annotations.
Example languages to use:
- Go
- Python (with type annotations and Pyre or mypy type checker)
- Rust
- TypeScript (a superset of JavaScript that allows for type checking)
- C#
- Java
It is preferable to stay away from fully dynamic and weakly typed languages like JavaScript since the rules of that programming language make it easier to create bugs in software. The counterargument for this will be that increased automated testing will catch those bugs, but that counterargument is both false and wasteful. Why rely on a programmer to write tests to look for certain bugs when a compiler or type checker has already been created to do those things, and more?


TGFB
A factor synthesized in a wide variety of tissues. It acts synergistically with TGF-alpha in inducing phenotypic transformation and can also act as a negative autocrine growth factor. TGF-beta has a potential role in embryonal development, cellular differentiation, hormone secretion, and immune function. TGF-beta is found mostly as homodimer forms of separate gene products TGF-beta1, TGF-beta2 or TGF-beta3. Heterodimers composed of TGF-beta1 and 2 (TGF-beta1.2) or of TGF-beta2 and 3 (TGF-beta2.3) have been isolated. The TGF-beta proteins are synthesized as precursor proteins.
(mesh:D016212)
Cross-references
Synonyms
| Synonym |
Reference |
Specificity |
| transforming growth factor-β |
|
Exact
|
| TGFB family |
|
Exact
|
| TGF beta |
|
Exact
|
| TGFβ |
|
Exact
|
| TGF-beta family |
|
Exact
|
| TGF-b |
|
Exact
|
| TGF-beta |
|
Exact
|
| TGF β |
|
Exact
|
| transforming growth factor-beta |
|
Exact
|
| transforming growth factor beta |
|
Exact
|
| TGFbeta |
|
Exact
|
| transforming growth factor β |
|
Exact
|
| TGFB |
|
Exact
|
| TGF-β |
|
Exact
|
Incoming Relations
Outgoing Relations
None available.


Overview
Take these results with a large grain of salt. Remember a machine can’t tell you who you are. However, Watson can at least help reflect on your personality. Based on the text you provided, Watson provides you with characteristics spanning: the Big 5 (Openness to experience, Conscientiousness, Extraversion, Agreeableness, Neuroticism), Values, and Needs.


Request a feature /
Report a bug
jPList - jQuery Data Grid Controls
Range Toggle Filter Control Demo
jPList Actions
Likes: < 70
Likes: 50 - 100
Likes: 80+
Views: 20 - 200
Views: 150+
No results found


If you have a Gmail account you can schedule your appointments right here click the link to sign into gmail if you dont see the calendar and resfresh this page after signing in
sign inJust click the + Google Calendars icon in the lower right hand corner of the calender image and pick a time your stylist will promptly verify your appointment time
request to make calendar visible if you recieve an error message


Settings
Use Tor
Open links in Torbrowser
Round profile pics
Theme:
TweetDeck
Use custom Proxy
Proxy Address:
Select Tor Browser:
Save


{% extends "base.html" %} {% block header %}Unauthorized{% endblock %} {% block errorNumber %}401{% endblock %} {% block reason %}
You are not allowed to see this page.
This is most probably because you haven't logged in, or something similar.
Try starting over and see if you spot a login form...
{% endblock %}


> Create an Identity >
Legal Name
Help & Support
Penn State Identity
Penn State
The Pennsylvania State University
PSU
Penn State Identity
SEARCH :
People
Departments
Penn State
Progress:
LEGAL NAME
First/Given Name:
Middle Name(s):
*Last/Family Name:
Suffix:
Please select...
Jr.
Sr.
II
III
IV
V
VI
VII
VIII
IX
X
Back
Continue
Back
Continue


Fred lives with his wife and two daughters in Mellieha, Malta - where the sun *always* shines.
Fred loves glueing internet technologies together.
"Electrons are fascinating beyond compare" - using only a few milliwatts and yet send signals around the globe at (nearly) the speed of light. Learn about radio signals and wireless


Hey, hey, hey! This week was Project 3 week. On Friday morning, we found out who was in our group and some people weren’t too happy about their group assignments. Luckily, I was put into a group with two awesome classmates and we spent the entire morning setting group norms, figuring out our roles and responsibilities, and brainstorming ideas for our project!
The Project Requirements
Our instructors partnered us up for this project. This was meant to push us both technically and collaboratively. As developers, we will, almost certainly, be joining a development team during our careers. So, it’s important to learn how to work together.
We must work together to architect, design, and build an app with two major components:
- An API of your own design, built using Rails, which serves JSON.
- Front-end Angular code that updates the UI, and makes requests to the API using AJAX.
Our First Team Meeting
We spent a lot of time discussing and debating on the project topic. All three of us had very strong opinions on what type of project we should do. For instance, I wanted to create an application focusing on Google Maps API that stored prices on different items around the D.C. area. Other ideas included using an API from IBM that could do voice recognition (a bit much for a 4-day project!) and a networking application using Linkedin API.
After creating ERDs, user stories and sketches of our top three projects, we finally decided to build a check-in application for networking events using LinkedIn’s API for user oAuth. We couldn’t decide on a name for it, so we did what any other project team would do and gave it a code name: Tatiana.
Alright! So we have our project idea. Next, we need to figure out our roles and responsibilities, our Git flowchart, hash out the steps to success, and what’s going to get done, if anything, this weekend (remember we started the project on Friday this time).
Monday - Thursday
Work, work, work, work, work! I’d say on an average we spent 12-14 hours a day working on this project… averaging ~50 hours of work collectively to hit our goal.
In the end, we built a neat little application called Connect+
Connect+
Connect+ was built to be a Networking Event Attendance Management system where event owners can create events using a secret code, share it with attendees and attendees can check-in, view other attendees at the event and easily connect with them on Linkedin - all in one place.
Why and What It Really Is
Have you ever been to a networking event where you met tons of people, only to forget to connect on LinkedIn or forget to grab business cards or forget their names!? With Connect+ you won’t need to worry about forgetting who was at the event! Simply log in with your LinkedIn credentials and enter the secret word given by the host, and you’ll see all the attendees at the same event!
Haha, so that was our project pitch for why our app is so cool! What do ya think?
We’re very happy how everything turned out, although, the CSS could use a lot of work (we promised that we would reconnect one weekend and style it), the functionality of the app works perfectly. We are definitely proud of this project and really feel like it’s super valuable!! How cool would it be if we got LinkedIn to adopt it!
Technologies Used
For the back-end, Connect+ uses a PostgreSQL database. We accessed its Ruby on Rails API through Active Record, to return JSON to the front-end. The front-end is handled by AngularJS. Connect+’s API is hosted on Heroku, and the front-end is on FireBase. The application accesses the LinkedIn API through OAuth 2.0.
Installation
Connect+ requires two repositories. The back-end repo can be found at:
For the back-end, install dependencies using bundle install
And the front-end repo can be accessible at:
If you are looking to install the front-end, please install dependencies using npm install
View it live!
To view Connect+ live, please visit this link: View it Live!
The Presentation
Each member of the group had to participate in the presentation.
The presentation should be 10-minutes, with 5 minutes allotted for questions.
Whew!!!
What a week!! But it’s only Thursday so let’s get into Friday…
Day 5: Slips && Intro to Express && Mongo / Mongoose Intro
Slips: 1 Hour
You remember this, right? Digital flashcards in front of our class. We all take turns standing up in front of the class and answer a random question. One by one… so. much. fun. (can you sense the sarcasm?)
Intro to Express: 2.5 Hours
Learning Objectives for Express:
- List common reasons Javascript is used for server applications
- Compare and contrast Javascript in the browser vs JS on the server
- Compare and contrast express.js to Rails / Sinatra.
- Use npm to manage project dependencies
- Use module.exports and require to organize code
- Use Handlebars templates to simplify rendering in express
- Use and configure middleware, e.g. body-parser to handle form submissions
- Link to static assets in an Express application
This is SO much stuff. We’ve pretty much covered the entire stack. Everything we covered from here on out is an extension of what we’ve already learned or a different language than we’re used to. Today we talked about expressJS the “e” in the MEAN stack. Which incidentally is super buzz-wordy right now. Express is a framework built on top of node.
So, we npm install --save express
and spent the class building our views with Handlebars, created forms with body-parser and completed our first Express app! Homework was assigned and campus lunch was served.
Campus Lunch
Every other Friday, General Assembly serves campus lunch. It’s open to any and every student and instructor. It’s literally the best day ever.
Intro to Mongoose: 2.5 Hours
Learning Objectives for Mongoose:
- Differentiate between NoSQL and SQL databases
- Explain what Mongoose is
- Describe the role of Mongoose schema and models
- Use Mongoose to perform CRUD functionality
- List and describe common Mongoose queries
- Persist data using Mongoose embedded documents
In previous units, we used ActiveRecord to interact with and perform CRUD actions on a SQL database through a Ruby back-end. Today, we did the equivalent with a tool called Mongoose on a NoSQL database using a Node back-end.
MongoDB is a NoSQL database that stores information as JSON (technically, it’s BJSON – “binary JSON.”)
Mongoose is an ODM (Object Data Mapping), that allows us to use our data in our application. It also gives additional helpers, functions and queries to easily perform CRUD actions.
Mongoose provides similar functionality to interact with MongoDB and Express as Active Record did with PostgreSQL and Rails.
We created Mongoose Schemas, Models, reviewed and practiced Callback Functions, Promises, Created Seed Data, Mongoose Queries and implement CRUD. It has been a long week and this lesson was definitely a tough one.
I’m beyond exhausted and ready to call it a day. On to happy hour!
Thanks again and see you next week!


|
|
|
|
|
Thread Tools | Display Modes |
| Nov 21st, 2005, 4:13 AM | #1 |
|
Newbie
Join Date: Nov 2005
Posts: 1
Rep Power: 0
|
Sorting a Numeric Array
Hello everyone!
I am working on a small project for school with the following requirements: - Create a program that requests the user to enter five integers - Place these values into an array called myArr - Type any sorting method into this program that will sort the array myArr Here is my code: public class CIS140Exam3Prog1 { static BufferedReader keyboard = new BufferedReader(new InputStreamReader(System.in)); //Main method public static void main(String[] args) throws Exception { //declarations int[] myArr = new int[5]; int i = 0; // obtain user input and give the values to myArr[] for (i = 0; i < myArr.length; i++) { System.out.print("Enter integer " + (i + 1) + ": "); myArr[i] = Integer.parseInt(keyboard.readLine()); System.out.println(""); } // print the contents of myArr[] before sorting for (i = 0; i <= myArr.length - 1; i++) System.out.println(myArr[i]+" "); System.out.println(); System.out.println("After calling the sorting method \n"); // the following line is causing the out of bounds exception insertionSort(myArr, myArr.length); // another attempt at sorting myArr[] Arrays.sort(myArr, myArr.length - 1, myArr.length); System.out.println(myArr); // this line displays a hash code } // insertion sort method public static void insertionSort(int[] list, int listLength) { { int frstOutOfOrder, location, temp; for (frstOutOfOrder = 0; frstOutOfOrder < listLength; frstOutOfOrder++) if (list[frstOutOfOrder] < list[frstOutOfOrder] - 1) { temp = list[frstOutOfOrder]; location = frstOutOfOrder; do { list[location] = list[location - 1]; location--; } while (location > 0 && list[location - 1] > temp); list[location] = temp; } } } } Exception in thread "main" java.lang.ArrayIndexOutOfBoundsException: 5 at eldervaleriecis140.CIS140Exam3Prog1.main(CIS140Exam3Prog1.java:30) I am lost =( Any help or suggestions would be much appreciated! |
| Nov 21st, 2005, 6:26 AM | #2 |
|
Professional Programmer
|
When r you getting the array exception ? .... cause i don't receive that error.
__________________
Don't take life too seriously, it's not permanent ! |
| Nov 21st, 2005, 12:00 PM | #3 |
|
I eat cake for breakfast.
Join Date: Jul 2004
Location: In my box.
Posts: 4,428
Rep Power: 14
|
You can't print an array. You can print an array element though - perhaps what you wanted to do is loop through the array and print each element individually?
|
| Bookmarks |
| Currently Active Users Viewing This Thread: 1 (0 members and 1 guests) | |
| Thread Tools | |
| Display Modes | |
|
|


More Website Templates @ TemplateMonster.com - September22, 2014!
About Us
Who are we?
We are HOPEtech! Our name is an acronym for our names: Heewon, Oumou, Paula, and Elizabeth. We are participants of Girls Who Code which is a 7-week computer science course where we learn the fundamentals of computer science – from robotics to how to build a webpage – while gaining exposure to the tech industry.
Goal
As our final project, we wanted to address loneliness among people of an older generation, we realized that older people are especially vulnerable to loneliness and social isolation and it can have a serious effect on their health. But through the this website, senior citizens will be able to learn to navigate social media and video call interfaces.
-
H
Heewon Kim will be a senior at Los Alamitos High School in Los Alamitos, California. Growing up in a small, suburban community, she developed various interests from her limited scope of experience, such as filmmaking, writing, and eating. Through Girls Who Code Summer Immersion Program, Heewon discovered a new medium to realize her creativity, and she is very excited to combine her love for creative endeavor for meaningful causes with computer science. -
O
Oumou Camara is from Guinea(conacry), She is part of the class of 2017 at Agua Fira High school.She enjoys reading, writing and helping others. Also, she has a great interest in technology and making a difference. -
P
Paula Sante is a 17 years old and a rising senior at Edward Roybal Learning Center. Also, she is a GearUp LA mentor.Paula is part of the Varsity Girl’s Tennis Team and the Varsity Track and Field Team. Paula is interested with Exploring Computer Science because she want to pursue her dream of being a Computer Engineer someday. -
E
Elizabeth paz is a rising senior who attends Grover Cleveland Charter High School. She is interested in mathematical concepts, technology, and helping her community. Elizabeth is part of two leadership councils and is an active member of her church. But above everything else, she hopes to leave her mark on the world by making it a better place.


SapphireDb-Server runs on an Asp.Net Core application. First step is to setup the server to use SapphireDb.
You need to have a working Asp.Net Core application and a configured DbContext.
To install the package execute the following command in your package manager console
Install-Package SapphireDb'" [languages]="[ 'ps' ]">
You can also install the extension using NuGet package manager. The project can be found here: https://www.nuget.org/packages/SapphireDb/
You now have to change your DbContext to derive from SapphireDbContext
.
To use the SapphireDb you also have to make some changes in your Startup.cs
-File.
If you are using a client application that has a different origin than the server application you have to enable CORS
Your SapphireDb-server should now work.
Continue with the setup of a client


| Interface | Description |
|---|---|
| IBaseline |
A Baseline represents an immutable Configuration of a set of Versionables
(i.e. it records the StateId of a subset of the Versionables in a
Repository), and the history of ChangeSets which led up to the Configuration.
|
| IBaselineHandle |
Represents a handle to a baseline item.
|
| IBaselineSet |
A BaselineSet represents an immutable collection of baselines.
|
| IBaselineSetHandle |
Represents a handle to a baseline set item.
|
| IChange |
Represents a change (add, delete, modify) to a single versionable item.
|
| IChangeHistoryEntry |
Represents an entry in a change history.
|
| IChangeHistoryEntryChange |
Represents an entry in a change history that is a change set.
|
| IChangeSet |
Represents a change set.
|
| IChangeSetHandle |
Represents a handle to a change set item.
|
| IComponent |
Represents a component known to the repository.
|
| IComponentHandle |
Represents a handle to a component item.
|
| IComponentInfo |
Represents the audit trail for a component in a workspace.
|
| IContextHandle |
Mixin interface to identify items which can have configurations and
change histories.
|
| ICurrentComponentInfo |
Represents the audit trail for a component currently in a workspace.
|
| IFlowEntry |
An entry in a flow table.
|
| IFlowNode |
Marker interface which indicates that an interface can serve as a target
or source for the flowing of changes throughout the system.
|
| IFlowNodeHandle |
Represents the handle to a FlowNode auditable.
|
| IFlowTable |
Represent a table of flow entries describing nominal flows between the owning
workspace and any number of targets.
|
| IFolder |
Represents a folder in the repository.
|
| IFolderHandle |
Represents a handle to a folder item ((@link IFolder}).
|
| IItemInfoException |
Exception interface which describes a generic type of
exception that returns an
IItemInfoData ]. |
| ILinksConfiguration |
Linking related configuration data for SCM operations.
|
| IPastComponentInfo |
Represents the meta information about the audit trail for a component
no longer in a workspace.
|
| IRepositoryProgressMonitor |
A repository progress monitor is a persistent item which allows support for cancellation
in RPC style service methods.
|
| IRepositoryProgressMonitorHandle |
Represents a handle to a repository progress monitor.
|
| IScmEvents |
Constants and helpers for change events generated by the server
for interesting SCM operations.
|
| IScmProcessConfiguration |
Process related configuration data for SCM operations.
|
| IScmProperties | |
| IScmWorkspaceProperties | |
| IVersionable |
Represents an SCM versionable container type (e.g. file, folder, or
symbolic link).
|
| IVersionableHandle |
Represents a handle to a SCM versionable item ((@link
IVersionable }). |
| IVersionedContent |
Represents a description of content that is stored in the repository.
|
| IWorkspace |
Represents a workspace qua auditable item.
|
| IWorkspaceHandle |
Represents a handle to a workspace qua auditable item.
|
| Class | Description |
|---|---|
| AcceptFlags |
This class identifies different flags for the accepting or resuming of change sets into a workspace.
|
| ContentHash |
Wrapper for the hash of versionable content.
|
| FlowFlags | |
| IRepositoryProgressMonitor.RepositoryMonitorFactory |
A helper factory for creating repository monitors.
|
| ScmCommon | |
| WorkspaceComparisonFlags |
Flags used to describe different variations of workspace comparison.
|
| Exception | Description |
|---|---|
| AcceptSuspendedChangeSetException |
Exception indicating that a change set could not be resumed as
it was not considered to be suspended by the contributor.
|
| ActiveChangeSetsException |
Server-side exception indicating that a repository operation failed because
the workspace has open active change sets.
|
| ActiveChangeSetsOverlapException |
Exception indicating that active suspended change sets could not be resumed as they overlapped
with an active change set in the workspace.
|
| ChangeSetAlreadyInHistoryException |
Exception indicating that a change set could not be accepted as
it already existed in the recent era of the target change history.
|
| ChangeSetsNotOutgoingException |
Exception indicating that change sets could not be delivered as
they were not considered outgoing in the comparison between the
source and target workspace or stream.
|
| CompareWorkspacesException | |
| CompletedChangeSetException |
Exception which indicates that an operation failed because the change set
is in a completed state instead of active.
|
| ComponentNotInWorkspaceException |
Exception indicating that an operation was requested on a workspace for a
component which is not in that workspace.
|
| ConflictsProhibitOperationException |
Exception which indicates that the operation could not be completed as the workspace/component
in question contains conflicts.
|
| ContentHashAlgorithmException |
An exception that indicates a problem with the hashing algorithm used
for versioned content.
|
| CrossComponentMoveOverlapsActiveException |
This exception indicates that the cross-component move operation failed because there
are active changes in the workspace which overlap with the changes that need to be
created to perform the cross-component move.
|
| DeleteSubtreeOverlapsException |
Exception indicating that change sets could not be delivered
since they would create conflicts in the target stream or workspace.
|
| DeliveryIntroducesConflictsException |
Exception indicating that change sets could not be delivered
since they would create conflicts in the target stream or workspace.
|
| DiscardInitialBaselineException |
Exception which indicates that discarding a change set fails because it is
in the initial baseline
|
| DiscardNotInHistoryException |
Exception which indicates that discarding a change set fails because it is
not in the change history
|
| FolderEntryConflictException |
Exception that indicates that a commit operation has failed due to conflicting
names in the states saved or selected with respect to other versionables who
share the same parent.
|
| FolderParentageCycleException |
Exception that indicates that a commit operation has failed, as the states
saved or selected would introduce a cycle in the configuration with respect
to folder parentage.
|
| GapException |
Exception indicating that change sets could not be accepted
since they would create gaps in the change history.
|
| IllegalRootFolderModificationException |
Exception which indicates that a commit operation has failed as it would create
an invalid state for the root folder of a component's configuration.
|
| IllegalSuspendException |
Exception that indicates a suspend operation is going to fail because
the scm service is being asked to suspend an active change set without
a context to the workspace for which it is active within.
|
| InvalidAuthenticationTokenException |
Exception indicating the remote repository rejected the authentication information
supplied by the user to the repository being called.
|
| InvalidStreamOperationException |
Exception which indicates that a particular SCM operation is valid only for
workspaces and not streams.
|
| InvalidWorkspaceOperationException |
Exception which indicates that a particular SCM operation is valid only for
streams and not workspaces.
|
| ItemAlreadyInActiveChangeSetException |
This class is an exception which indicates that a commit operation has failed
since the item is already referenced in a different active change set than the
one indicated in the call to commit.
|
| ItemLockedInStreamException | |
| LockOperationFailureException |
Exception indicating that a versionable locking operation failed.
|
| LockTimeoutException |
Exception indicating that change sets could not be accepted
since they would create gaps in the change history.
|
| NWayConflictUnsupportedException |
Exception which indicates that the scm operation has failed, as it would produce a change history
where there would be an n-way conflict, for n > 2, which is currently unsupported.
|
| OutstandingConflictsException |
Exception indicating that change sets could not be delivered
as the source workspace has outstanding conflicts which need to
be resolved.
|
| ProducesOrphansInConfigurationException |
Exception which indicates that the current operation has failed because it
would have produced an invalid configuration in the workspace which it
attempted to modify.
|
| ResumeNonSuspendedChangeSetException |
Exception indicating that a change set could not be resumed as
it was not considered to be suspended by the contributor.
|
| SyncReportInappropriateException |
Exception indicating that a change history sync report is
not appropriate for the operation it is sent in for.
|
| VersionedContentNotFound |
| Annotation Type | Description |
|---|---|
| UpdatesTeamAdvisorView |
Indicates that a method call should cause the TeamAdvisorView to refresh.
|


{{if bannedForever .ban}}YOUR'E PERMABANNED, IDIOT!{{else if isBanned .ban .banBoards}}YOU ARE BANNED :({{else}}YOU ARE NOT BANNED :){{end}}
{{if not (isBanned .ban .banBoards)}}
You're not banned. Good job.
{{else}}
{{if eq .ban.Boards ""}}
You are banned from posting on all boards for the following reason:{{else}}
You are banned from posting on {{.ban.Boards}} for the following reason:{{end}}
{{.ban.Reason}}
{{$expires_timestamp := formatTimestamp .ban.Expires}}{{$appeal_timestamp := formatTimestamp .ban.AppealAt}}
Your ban was placed on {{formatTimestamp .ban.Timestamp}} and will
{{if .ban.Permaban}}not expire{{else}}expire on {{$expires_timestamp}}{{end}}.
Your IP address is {{.ban.IP}}.
{{if .ban.CanAppeal}}You may appeal this ban:
{{else}}You may not appeal this ban. {{end}}
{{if bannedForever .ban}}
{{else if isBanned .ban .banBoards}}
{{end}}
{{end}}


#<PHONE_NUMBER>43 Satellite identifier, instrumentation, location, date/time 304001 Cloud top pressure, temperature, wind #<PHONE_NUMBER>43 Satellite identifier, instrumentation, location, date/time 304002 Cloud top pressure, wind #<PHONE_NUMBER>42 Satellite identifier, instrumentation, location, date/time 304003 Surface temperature #<PHONE_NUMBER>42 Satellite identifier, instrumentation, location, date/time 304004 Cloud cover #<PHONE_NUMBER>42 Satellite identifier, instrumentation, location, date/time 020014 Height of top of cloud #<PHONE_NUMBER>44 Satellite identifier, instrumentation, location, date/time 304005 Layer mean relative humidity #<PHONE_NUMBER>42 Satellite identifier, instrumentation, location, date/time 304006 Radiation #<PHONE_NUMBER>07 Satellite identifier 005040 Orbit number 002021 Satellite instrumentation 005041 Scan line number 004001 Year 004043 Day of year #<PHONE_NUMBER>31 Change scale 201149 Change width 004006 Second 201000 Change width 202126 Change scale 010002 Height 202000 Change scale 005043 Field of view number 005053 Field of view number increment #<PHONE_NUMBER>29 Change scale 201132 Change width 101019 Replicate 1 descriptor 19 times 012063 Brightness temperature 201000 Change width 202000 Change scale #<PHONE_NUMBER>42 Channel number 202129 Change scale 201135 Change width 012063 Brightness temperature 201000 Change width 202000 Change scale #<PHONE_NUMBER>10 Orbital information, Part I 312011 Orbital information, Part II 105056 Replicate 5 descriptors 56 times 301023 Latitude and longitude (coarse accuracy) 005042 Channel number 005052 Channel number increment 312012 HIRS brightness temperatures - channels 1-19 312013 HIRS brightness temperature - channel 20 #<PHONE_NUMBER>11 Replicate 9 descriptors 11 times 301023 Latitude and longitude (coarse accuracy) 005042 Channel number 005052 Channel number increment 202129 Change scale 201132 Change width 101004 Replicate 1 descriptor 4 times 012063 Brightness temperature 202000 Change scale 201000 Change width #<PHONE_NUMBER>10 Orbital information, Part I 312011 Orbital information, Part II 312015 MSU brightness temperatures - channels 1-4 #<PHONE_NUMBER>08 Replicate 9 descriptors 8 times 301023 Latitude and longitude (coarse accuracy) 005042 Channel number 005052 Channel number increment 202129 Change scale 201132 Change width 101003 Replicate 1 descriptor 3 times 012063 Brightness temperature 202000 Change scale 201000 Change width #<PHONE_NUMBER>10 Orbital information, Part I 312011 Orbital information, Part II 312017 SSU brightness temperatures - channels 1-3 #<PHONE_NUMBER>47 Product header 301048 Radar parameters 015015 Maximum spectrum composition before normalisation 029002 Coordinate grid type 021076 Representation of intensities 106012 Repeat next 6 descriptors 12 times 201129 Change width to 14 bits 006030 Wave number (spectral) 201000 Change width back to Table B 102012 Repeat next 2 descriptors 12 times 005030 Direction (spectral) 021075 Image spectrum intensity 021066 Wave scatterometer product confidence data #<PHONE_NUMBER>47 Product header 301048 Radar parameters 015015 Maximum spectrum composition before normalization 029002 Coordinate grid type 021076 Representation of intensities 104012 Repeat next 4 descriptors 12 times 006030 Wave number (spectral) 102012 Repeat next 2 descriptors 12 times 005030 Direction (spectral) 021075 Spectral intensity 021066 Wave scatterometer product confidence data #<PHONE_NUMBER>47 Product header 101003 Repeat 1 descriptor 3 times 301049 Radar beam data 011012 Wind speed at 10 m 011011 Wind direction at 10 m 021067 Wind product confidence data #<PHONE_NUMBER>47 Product header 008022 Number in average 011012 Wind speed 011050 Standard deviation of horizontal wind speed 022070 Significant wave height 022026 Standard deviation of significant wave height 312041 Altitude 010050 Standard deviation of altitude 021068 Radar altimeter product confidence data 021071 Peakiness 021072 Altimeter calibration status 021073 Altimeter instrument mode 312042 Altitude corrections 021062 Backscatter 015011 Log 10 of integrated electron density #<PHONE_NUMBER>47 Product header 103003 Repeat 3 descriptors 3 times 008022 Number in average 012061 Skin temperature 022050 Standard deviation of sea surface temperature 021069 SST product confidence data 021085 ATSR sea surface temperature across-track band number #<PHONE_NUMBER>20 (Wave scatterometer product) 008060 Sample scanning mode significance - range 008022 Number in sample 008060 Sample scanning mode signification - horizontal 008022 Number in sample 025014 Azimuth clutter cut-off 022101 Total energy (wavelength > 731 m) 022097 Mean wavelength of image spectrum 022098 Wavelength spread (wavelength > 731 m) 022099 Mean direction (wavelength > 731 m) 022100 Direction spread (wavelength > 731 m) #<PHONE_NUMBER>19 Wave scatterometer product with width change for wave number (spectral) 008060 Sample scanning mode significance - range 008022 Number in sample 008060 Sample scanning mode significance - horizontal 008022 Number in sample 025014 Azimuth clutter cut-off 022101 Total energy (wavelength > 731 m) 022097 Mean wavelength of image spectrum 022098 Wavelength spread (wavelength > 731 m) 022099 Mean direction (wavelength > 731 m) 022100 Direction spread (wavelength > 731 m) #<PHONE_NUMBER>46 301011 Data 301013 Time 301023 Location<PHONE_NUMBER>04 Replicate 1 descriptor 4 times<PHONE_NUMBER>10 Number of inner-beam sigma-0 (forward of satellite) 301023 Location<PHONE_NUMBER>11 Number of outer-beam sigma-0 (forward of satellite) 301023 Location<PHONE_NUMBER>12 Number of inner-beam sigma-0 (aft of satellite) 301023 Location<PHONE_NUMBER>13 Number of outer-beam sigma-0 (aft of satellite) 301023 Location 321027 #<PHONE_NUMBER>47 ERS product header 105009 Repeat next 5 descriptors 9 times 301023 Location (coarse Latitude + Longitude) of 10-arcmin cell 007021 Elevation: Incidence angle Nadir view [set to zero] 012061 Skin temperature: SST [Nadir-only view] 007021 Elevation: Incidence angle Dual view [set to 'missing'] 012061 Skin temperature: SST [Dual view] 021085 ATSR SST across-track band number [0-9] 021070 SST product confidence data (SADIST-2) [23-bit flag] #<PHONE_NUMBER>46<PHONE_NUMBER>13<PHONE_NUMBER>25 Time difference qualifier 201136 Change data width 004006 Second 201000 Change data width back to Table B<PHONE_NUMBER>32 101004 Next descriptor replicated four times<PHONE_NUMBER>02 Next descriptor replicated two times<PHONE_NUMBER>10 Number of inner-beam sigma-0 (forward of satellite)<PHONE_NUMBER>28 021111 Number of outer-beam sigma-0 (forward of satellite)<PHONE_NUMBER>28 021112 Number of inner-beam sigma-0 (aft of satellite)<PHONE_NUMBER>28 021113 Number of outer-beam sigma-0 (aft of satellite)<PHONE_NUMBER>28 #<PHONE_NUMBER>30 Change data width 202129 Change scale 011012 Wind speed at 10 m 202000 Change scale back to Table B 201000 Change data width back to Table B 011052 Formal uncertainty in wind speed 201135 Change data width 202130 Change scale 011011 Wind direction at 10 m 202000 Change scale back to Table B 201000 Change data width back to Table B 011053 Formal uncertainty in wind direction 021104 Likelihood computed for solution #<PHONE_NUMBER>34 Along-track row number 006034 Cross-track cell number 021109 SEAWINDS wind vector cell quality 011081 Model wind direction at 10 m 011082 Model wind speed at 10 m 021101 Number of vector ambiguities 021102 Index of selected wind vector 021103 Total number of sigma-0 measurements #<PHONE_NUMBER>20 Probability of rain 021121 SEAWINDS NOF rain index 013055 Intensity of precipitation 021122 Attenuation correction on sigma-0 (from tB) #<PHONE_NUMBER>04 Antenna polarisation 008022 Total number (with respect to accumulation) 012063 Brightness temperature 012065 Standard deviation brightness temperature #<PHONE_NUMBER>41 Change width to 28 bits 202130 Change scale to 2 007001 Altitude 201000 Change width back to Table B 202000 Change scale back to Table B #<PHONE_NUMBER>77 Altitude correction, ionosphere 021078 Altitude correction, dry troposphere 021079 Altitude correction, wet troposphere 021080 Altitude correction, calibration constant 021081 Open loop height-time loop calibration correction 021082 Open loop automatic gain control calibration correction #<PHONE_NUMBER>07 Satellite identifier 002019 Satellite instruments 001096 Station acquisition 025061 Software identification and version number 005040 Orbit number 301011 Date 301013 Time 301021 Latitude/longitude 007002 Height or altitude 012180 Average 12 micron BT for all clear pixels at nadir 012181 Average 11 micron BT for all clear pixels at nadir 012182 Average 3.7 micron BT for all clear pixels at nadir 012183 Average 12 micron BT for all clear pixels, forward view 012184 Average 11 micron BT for all clear pixels, forward view 012185 Average 3.7 micron BT for all clear pixels, forward view 002174 Mean across track pixel number 021086 Number of pixels in nadir only, average 012186 Mean nadir sea surface temperature 021087 Number of pixels in dual view, average 012187 Mean dual view sea surface temperature 033043 ATS confidence #<PHONE_NUMBER>07 Satellite identifier 002019 Instrument type 001096 Station acquisition 025061 Software identification 005040 Orbit number 301011 Date 301013 Time 301021 Latitude/longitude 007025 Solar zenith angle 005022 Solar azimuth 010080 Viewing zenith angle 027080 Viewing azimuth angle 008003 Vertical significance 007004 Pressure 013093 Cloud optical thickness 008003 Vertical significance 201131 Change data width 202129 Change scale 007004 Pressure 007004 Pressure 202000 Cancel operator 201000 Cancel operator 013095 Total column water vapour #<PHONE_NUMBER>07 Satellite identifier 002019 Satellite instrument type 001096 Station acquisition 025061 Software identification 005040 Orbit number 008075 Ascending/descending orbit qualifier 301011 Date 301013 Time 301021 Latitude/longitude 001012 Direction of motion of moving observing platform 201131 Change data width 001013 Speed of motion of moving observing platform 201000 Cancel operator 010032 Satellite distance to Earth centre 010033 Altitude (platform to ellipsoid) 010034 Earth radius 007002 Height 008012 Land/sea qualifier 025110 Image processing summary 025111 Number of input data gaps 025102 Number of missing lines excluding data gaps 002104 Antenna polarisation 025103 Number of directional bins 025104 Number of wave-length bins 025105 First directional bin 025106 Directional bin step 025107 First wave-length bin 025108 Last wave-length bin 002111 Radar incidence angle 002121 Mean frequency 002026 Cross track resolution 002027 Along track resolution 021130 Spectrum total energy 021131 Spectrum maximum energy 021132 Direction of spectrum max on higher resolution grid 021133 Wavelength of spectrum max on higher resolution grid 021064 Clutter noise estimate 025014 Azimuth clutter cut-off 021134 Range resolution of cross covariance spectrum 107018 Replicate next 7 descriptors 18 times 005030 Direction (spectral) 105024 Replicate 5 descriptors 24 times 201130 Change data width 006030 Wave number (spectral) 201000 Cancel operator 021135 Real part of cross spectra 021136 Imaginary part of cross spectra 033044 ASAR quality #<PHONE_NUMBER>07 Satellite identifier 002019 Satellite instrument type 001096 Station acquisition 025061 Software identification 005040 Orbit number 025120 RA2 L2 processing flag 025121 RA2 L2 processing quality 025124 MWR L2 processing flag 025125 MWR L2 processing quality 025122 Hardware configuration for RF 025123 Hardware configuration for HPA 301011 Date 301013 Time 301021 Latitude/longitude 007002 Height or altitude 002119 Instrument operations 033047 Measurement confidence data 010081 Altitude of COG above reference ellipsoid 010082 Instantaneous altitude rate 010083 Off nadir angle of the satellite from platform data 010084 Off nadir angle of the satellite from waveform data 002116 Percentage of 320 MHz band processed 002117 Percentage of 80 MHz band processed 002118 Percentage of 20 MHz band processed 002156 Percentage of valid Ku ocean retracker measurements 002157 Percentage of valid S ocean retracker measurements 014055 Solar activity index 022150 Number of 18 Hz valid points for Ku band 022151 Ku band ocean range 022152 STD of 18Hz Ku band ocean range 022153 Number of 18 Hz valid points for S band 022154 S band ocean range 022155 STD of 18 Hz S band ocean range 022156 Ku band significant wave height 022157 STD of 18 Hz Ku band significant wave height 022158 S band significant wave height 022159 STD 18 Hz S band significant wave height 021137 Ku band corrected ocean backscatter coefficient 021138 STD Ku band corrected ocean backscatter coefficient 021139 Ku band net instrumental correction for AGC 021140 S band corrected ocean backscatter coefficient 021141 STD S band corrected ocean backscatter coefficient 021142 S band net instrumental correction for AGC 010085 Mean sea surface height 010086 Geoid height 010087 Ocean depth/land elevation 010088 Total geocentric ocean tide height solution 1 010089 Total geocentric ocean tide height solution 2 010090 Long period tide height 010091 Tidal loading height 010092 Solid earth tide height 010093 Geocentric pole tide height 011002 Wind speed 025126 Model dry tropospheric correction 025127 Inverted barometer correction 025128 Model wet tropospheric correction 025129 MWR derived wet tropospheric correction 025130 RA2 ionospheric correction on Ku band 025131 Ionospheric correction from Doris on Ku band 025132 Ionospheric correction from model on Ku band 025133 Sea state bias correction on Ku band 025134 RA2 ionospheric correction on S band 025135 Ionospheric correction from Doris on S band 025136 Ionospheric correction from model on S band 025137 Sea state bias correction on S band 013096 MWR water vapour content 013097 MWR liquid water content 011095 U component of model wind vector 011096 V component of model wind vector 012188 Interpolated 23.8 GHz brightness temperature from MWR 012189 Interpolated 36.5 GHz brightness temperature from MWR 002158 RA2 instrument 002159 MWR instrument 033052 S band ocean retracking quality 033053 Ku band ocean retracking quality 021143 Ku band rain attenuation 021144 Altimeter rain flag #<PHONE_NUMBER>07 Satellite identifier 002019 Satellite instrument type 001096 Station acquisition 025061 Software identification and version number 005040 Orbit number 008075 Ascending/descending orbit qualifier 301011 Date 301013 Time 301021 Latitude/longitude 001012 Direction of motion of moving observing platform 201131 Change data width 001013 Speed of motion of moving observing platform 201000 Cancel operator 010032 Satellite distance to Earth centre 010033 Altitude (platform to ellipsoid) 010034 Earth radius 007002 Height or altitude 008012 Land/sea qualifier 025110 Image processing summary 025111 Number of input data gaps 025102 Number of missing lines excluding data gaps 002104 Antenna polarisation 025103 Number of directional bins 025104 Number of wave-length bins 025105 First directional bin 025106 Directional bin step 025107 First wave-length bin 025108 Last wave-length bin 011001 Wind direction 011002 Wind speed 022160 Normalized inverse wave age 025138 Average signal to noise ratio 201130 Change data width 202129 Change scale 022021 Height of waves 202000 Cancel operator 201000 Cancel operator 033048 Confidence measure for SAR inversion 033049 Confidence measure for wind retrieval 002026 Cross track resolution 002027 Along track resolution 021130 Spectrum total energy 021131 Spectrum max energy 021132 Direction of spectrum max 021133 Wave-length of spectrum max 025014 Azimuth clutter cut-off 106036 Replicate 6 descriptors 36 times 005030 Direction (spectral) 104024 Replicate 4 descriptors 24 times 201130 Change data width 006030 Wave number (spectral) 201000 Cancel operator 022161 Wave spectra 033044 ASAR quality # 312055 (ASCAT level 1b cell information) 005033 Pixel size on horizontal-1 005040 Orbit number 006034 Cross track cell number 010095 Height of atmosphere used 021157 Loss per unit length of atmosphere used # 312056 (Scatterometer wind cell information) 025060 Software identification 001032 Generating application 011082 Model wind speed at 10 m 011081 Model wind direction at 10 m 020095 Ice probability 020096 Ice age (a-parameter) 021155 Wind vector cell quality 201133 Increase data width by 5 bits 021101 Number of vector ambiguities 021102 Index of selected wind vector 201000 Cancel change data width # 312057 (Ambiguous wind data) 201130 Increase data width by 2 bits 202129 Increase scaling by 10^1 011012 Wind speed at 10 m 202000 Cancel change scaling 201000 Cancel change data width 201131 Increase data width by 3 bits 202129 Increase scaling by 10^1 011011 Wind direction at 10 m 202000 Cancel change scaling 201000 Cancel change data width 021156 Backscatter distance 021104 Likelihood computed for solution # 312058 (ASCAT level 1b data) 301125 ASCAT header information 301011 Date information 301013 Time information 301021 Position information 312055 ASCAT level 1b cell information 021150 Beam co-location 101003 Repeat next 1 descriptor 3 times 321030 ASCAT sigma-0 information # 312059 (Scatterometer wind data) 312056 Scatterometer wind cell information 101000 Delayed replication of next 1 descriptor 031001 Delayed replication factor 312057 Ambiguous wind data # 312060 (Scatterometer soil moisture data) 025060 Software identification 025062 Database identification 040001 Surface soil moisture (ms) 040002 Estimated error in surface soil moisture 021062 Extrapolated backscatter at 40deg incidence angle (sigma0_40) 021151 Estimated error in sigma0 at 40deg incidence angle 021152 Slope at 40deg incidence angle 021153 Estimated error in slope at 40deg incidence angle 021154 Soil moisture sensitivity 021062 Dry backscatter 021088 Wet backscatter 040003 Mean surface soil moisture 040004 Rain fall detection 040005 Soil moisture correction flag 040006 Soil moisture processing flag 040007 Soil moisture quality 020065 Snow cover 040008 Frozen land surface fraction 040009 Inundation and wetland fraction 040010 Topographic complexity # 312061 (ASCAT Level 1b and level 2 data) 312058 ASCAT level 1b data 312060 Scatterometer soil moisture data 312059 Scatterometer wind data # 312070 (SMOS data) 001007 Satellite identifier 002019 Satellite instruments 001144 Snapshot identifier 001124 Grid point identifier 030010 Number of grid points 301011 Year, Month, Day 301013 Hour, Minute, Second 301021 Latitude, Longitude (high accuracy) 007012 Grid point altitude 015012 Total electron count per square metre 012165 Direct sun brightness temperature 012166 Snapshot accuracy 012167 Radiometric accuracy (pure polarisation) 012168 Radiometric accuracy (cross polarisation) 027010 Footprint axis 1 028010 Footprint axis 2 002099 Polarisation 013048 Water fraction 025081 Incidence angle 025082 Azimuth angle 025083 Faraday rotational angle 025084 Geometric rotational angle 012080 Brightness temperature real part 012081 Brightness temperature imaginary part 012082 Pixel radiometric accuracy 025174 SMOS information flag 033028 Snapshot overall quality #
#<PHONE_NUMBER>01 Horizontal reflectivity 101000 Delayed replication of 1 descriptor 031001 Replication factor 021001 Horizontal reflectivity #<PHONE_NUMBER>36 Radar rainfall intensity 101000 Delayed replication of 1 descriptor 031001 Replication factor 021036 Radar rainfall intensity #<PHONE_NUMBER>02 First longitude location minus one increment 006012 Longitude increment 101000 Delayed replication of 1 descriptor 031002 Extended replication factor 030001 Pixel value (4 bits) #<PHONE_NUMBER>02 First latitude location minus one increment 005012 Latitude increment (signed value so cannot cross pole) 101000 Delayed replication of 1 descriptor 031002 Extended replication factor 313031 Non run-length encoded row #<PHONE_NUMBER>02 First longitude location minus one increment 110000 Delayed replication of 10 descriptors 031001 Replication factor 104000 Delayed replication of 4 descriptors 031001 Replication factor 006012 Longitude increment 101000 Delayed replication of 1 descriptor 031012 Repetition factor 030001 Pixel value (4 bits) 006012 Longitude increment 101000 Delayed replication of 1 descriptor 031001 Replication factor 030001 Pixel value (4 bits) #<PHONE_NUMBER>02 First latitude location minus one increment 005012 Latitude increment (signed value so cannot cross pole) 101000 Delayed replication of 1 descriptor 031002 Extended replication factor 313041 Run-length encoded row #<PHONE_NUMBER>02 First longitude location minus one increment 005002 First latitude location minus one increment 005012 Latitude increment 112000 Delayed replication of 12 descriptors 031001 Replication factor 110000 Delayed replication of 10 descriptors 031001 Replication factor 104000 Delayed replication of 4 descriptors 031001 Replication factor 006012 Longitude increment 101000 Delayed replication of 1 descriptor 031011 Repetition factor 030001 Pixel value (4 bits) 006012 Longitude increment 101000 Delayed replication of 1 descriptor 031001 Replication factor 030001 Pixel value (4 bits)
#<PHONE_NUMBER>11 Ship's call sign 301011 Date 301012 Time 301023 Latitude and longitude (coarse accuracy) 306001 Depth, temperature #<PHONE_NUMBER>11 Ship's call sign 301011 Date 301012 Time 301023 Latitude and longitude (coarse accuracy) 306004 Depth, temperature, salinity # 315003 (Temperature and salinity profile observed by profile floats) 001087 WMO Marine observing platform extended identifier 001085 Observing platform manufacturers model 001086 Observing platform manufacturers serial number 002036 Buoy type 002148 Data collection and/or location system 002149 Type of data buoy 022055 Float cycle number 022056 Direction of profile 022067 Instrument type for water temperature profile measurement 301011 Date 301012 Time 301021 Latitude and longitude (high accuracy) 008080 Qualifier for quality class 033050 GTSPP quality class 109000 Delayed replication of 9 descriptors 031002 Extended delayed descriptor replication factor 007065 Water pressure 008080 Qualifier for quality class 033050 GTSPP quality class 022045 Subsurface sea temperature 008080 Qualifier for quality class 033050 GTSPP quality class 022064 Salinity 008080 Qualifier for quality class 033050 GTSPP quality class #
#<PHONE_NUMBER>11 Year, month, day 004004 Hour 301023 Latitude and longitude (coarse accuracy) 001021 Synoptic feature identifier 002041 Method for estimating reports related to synoptic features 019001 Type of synoptic feature 010051 Pressure reduced to mean sea level 019002 Effective radius of feature 019003 Wind speed threshold (15 m s-1 typically) 019004 Effective radius with respect to wind speeds above threshold #<PHONE_NUMBER>21 Data time (analysis) 004001 Year 004002 Month 004003 Day 004004 Hour 004005 Minute 001033 Originating/generating centre 008021 Validity time (fcst) 004001 Year 004002 Month 004003 Day 004004 Hour 004005 Minute 007002 Flight level (altitude) (base of chart layer) 007002 Flight level (altitude) (top of chart layer) #<PHONE_NUMBER>00 Delayed replication 031001 Replication 008011 Meteorological feature (jet stream value) 008007 Dimensional significance (value for line) 104000 Delayed replication 031001 Replication 005002 Latitude (coarse) 006002 Longitude (coarse) 010002 Flight level (altitude) 011002 Wind speed 008007 Dimensional significance (cancel) 008011 Meteorological feature (cancel/end of object) #<PHONE_NUMBER>00 Delayed replication 031001 Replication 008011 Meteorological feature (value for turbulence) 008007 Dimensional significance (value for area) 007002 Flight level (altitude) (base of layer) 007002 Flight level (altitude) (top of layer) 102000 Delayed replication 031001 Replication 005002 Latitude (coarse) 006002 Longitude (coarse) 011031 (1) Degree of turbulence 008007 Dimensional significance (cancel) 008011 Meteorological feature (cancel/end of object) #<PHONE_NUMBER>00 Delayed replication 031001 Replication 008005 Meteorological attribute significance (storm centre) 008007 Dimensional significance (value for point) 005002 Latitude (coarse) 006002 Longitude (coarse) 001026 WMO storm name (use "unknown" for a sandstorm) 019001 Synoptic features (value for type of storm) 008007 Dimensional significance (cancel) 008005 Meteorological attribute significance (cancel/end of object) #<PHONE_NUMBER>00 Delayed replication 031001 Replication 008011 Meteorological feature (value for cloud) 008007 Dimensional significance (value for area) 007002 Flight level (altitude) (base of layer) 007002 Flight level (altitude) (top of layer) 102000 Delayed replication 031001 Replication 005002 Latitude (coarse) 006002 Longitude (coarse) 020011 (2) Cloud amount 020012 Cloud type 008007 Dimensional significance (cancel) 008011 Meteorological feature (cancel/end of object) #<PHONE_NUMBER>00 Delayed replication 031001 Replication 008011 (3) Meteorological feature (value for type of front) 008007 Dimensional significance (value for line) 104000 Delayed replication 031001 Replication 005002 Latitude (coarse) 006002 Longitude (coarse) 019005 Direction of feature 019006 Speed of feature 008007 Dimensional significance (cancel) 008011 Meteorological feature (cancel/end of object) #<PHONE_NUMBER>00 Delayed replication 031001 Replication 008001 Vertical significance (bit 3 set for tropopause) 008007 Dimensional significance (value for point) 008023 (4) Statistic (type of tropopause value) 103000 Delayed replication 031001 Replication 005002 Latitude (coarse) 006002 Longitude (coarse) 010002 Height/altitude 008023 Statistic (cancel) 008007 Dimensional significance (cancel) 008001 Vertical significance (cancel/end of object) #<PHONE_NUMBER>00 Delayed replication 031001 Replication 008011 Meteorological feature (value for airframe icing) 008007 Dimensional significance (value for area) 007002 Flight level (altitude) (base of layer) 007002 Flight level (altitude) (top of layer) 102000 Delayed replication 031001 Replication 005002 Latitude (coarse) 006002 Longitude (coarse) 020041 Airframe icing (type of airframe icing) 008007 Dimensional significance (cancel) 008011 Meteorological feature (cancel/end of object) #<PHONE_NUMBER>00 Delayed replication 031001 Replication 008011 Meteorological feature 008007 Dimensional significance (value for point) 001022 Name of feature 005002 Latitude (coarse) 006002 Longitude (coarse) 008007 Dimensional significance (cancel) 008011 Meteorological feature (cancel/end of object) #<PHONE_NUMBER>00 Delayed replication 031001 Replication 008011 Meteorological feature (value for special clouds) 001022 Name of feature (volcano name) 008007 Dimensional significance (value for point) 102000 Delayed replication 031001 Replication 005002 Latitude (coarse) 006002 Longitude (coarse) 008021 Time significance (eruption starting time) 004001 Year 004002 Month 004003 Day 004004 Hour 004005 Minute 020090 Special clouds (clouds from volcanic eruptions) 008021 Time significance (cancel) 008007 Dimensional significance (cancel) 008011 Meteorological feature (cancel/end of object) #<PHONE_NUMBER>32 Generating application (NWP model name, etc. code table defined by originating/generating centre) 002041 Method for estimating reports related to synoptic feature 019001 Type of synoptic feature 019010 Method for tracing of the centre of synoptic feature 118000 Delayed replication of 18 descriptors 031001 Replication factor 008021 Time significance (forecast) 004014 Time increment (hour) 008005 Surface synoptic feature significance 301023 Latitude (coarse accuracy), longitude (coarse accuracy) 019005 Direction of motion of feature 019006 Speed of motion of feature 010004 Pressure 011041 Maximum wind speed (gust: e.g. used in US) 008021 Time significance (forecast time averaged) 004075 Time period (minutes) 011040 Maximum wind speed (mean wind) 019008 Vertical extent of feature 105004 Replicate 5 descriptors 4 times 005021 Starting bearing or azimuth 005021 Ending bearing or azimuth 102002 Replicate 2 descriptors 2 times 019003 Wind speed threshold 019004 Effective radius with respect to wind speed above threshold # 316030 (SIGMET header) 301014 Time period (for which SIGMET is valid) 001037 SIGMET sequence identifier 010064 SIGMET cruising level 008019 Qualifier for location identifier, 1=ATS unit serving FIR 001062 Short ICAO location identifier 008019 Qualifier for location identifier, 2=FIR, 3=UIR, 4=CTA 001065 ICAO region identifier 008019 Qualifier for location identifier, 6=MWO 001062 Short ICAO location identifier 008019 Qualifier for location identifier, Missing=Cancel # 316031 (SIGMET, Observed or forecast location and motion) 008021 Time Significance, 16=Analysis, 4=Forecast 301011 Year, Month, Day 301012 Hour, Minute 301027 Description of feature 019005 Direction of motion 019006 Speed of motion 020028 Expected change in intensity 008021 Time significance, Missing=Cancel # 316032 (SIGMET, Forecast position) 008021 Time Significance, 4=Forecast 301011 Year, Month, Day 301012 Hour, Minute 301027 Description of feature 008021 Time significance, Missing=Cancel # 316033 (SIGMET, Outlook) 008021 Time Significance, 4=Forecast 301011 Year, Month, Day 301012 Hour, Minute 101000 Delayed replication of 1 descriptor 031001 Replication factor 301027 Description of feature 008021 Time significance, Missing=Cancel # 316034 (Volcanic Ash SIGMET) 008079 Product status, 0=Normal Issue, 1=Correction 316030 SIGMET Header 008011 Meteorological feature, 17=Volcano 001022 Name of feature 008007 Dimensional significance, 0=Point 301023 Location 008007 Dimensional significance, Missing=Cancel 020090 Special Clouds, 5=Clouds from volcanic eruptions 316031 SIGMET Observed or forecast location and motion 101000 Delayed replication of 1 descriptor 031000 Short replication factor 316032 SIGMET Forecast position 101000 Delayed replication of 1 descriptor 031001 Replication factor 316033 SIGMET Outlook 008011 Meteorological feature, Missing=Cancel 008079 Product status, Missing=Cancel # 316035 (Thunderstorm SIGMET) 008079 Product status, 0=Normal Issue, 1=Correction 316030 SIGMET Header 008011 Meteorological feature, 21=Thunderstorm 020023 Other weather phenomenon, bit 2=Squalls or all 18 bits = Missing 020021 Type of precipitation, bit 14=Hail or all 30 bits=Missing 020008 Cloud distribution 15=OBSC, 16=EMBD, 12=FRQ, 31=Missing 316031 SIGMET Observed or forecast location and motion 008011 Meteorological feature, Missing=Cancel 008079 Product status, Missing=Cancel # 316036 (Tropical Cyclone SIGMET) 008079 Product status, 0=Normal Issue, 1=Correction 316030 SIGMET Header 008011 Meteorological feature, 22=Tropical Cyclone 001027 WMO long storm name 316031 SIGMET Observed or forecast location and motion 101000 Delayed replication of 1 descriptor 031000 Short replication factor 316032 SIGMET Forecast position 101000 Delayed replication of 1 descriptor 031001 Replication factor 316033 SIGMET Outlook 008011 Meteorological feature, Missing=Cancel 008079 Product status, Missing=Cancel # 316037 (Turbulence SIGMET) 008079 Product status, 0=Normal Issue, 1=Correction 316030 SIGMET Header 008011 Meteorological feature, 13=Turbulence 011031 Degree of turbulence, 10=Moderate, 11=Severe 316031 SIGMET Observed or forecast location and motion 008011 Meteorological feature, Missing=Cancel 008079 Product status, Missing=Cancel # 316038 (Icing SIGMET) 008079 Product status, 0=Normal Issue, 1=Correction 316030 SIGMET Header 008011 Meteorological feature, 15=Airframe Icing 020041 Airframe icing, 7=Severe 020021 Type of precipitation, bit 3=Liquid freezing or all 30 bits = Missing 316031 SIGMET Observed or forecast location and motion 008011 Meteorological feature, Missing=Cancel 008079 Product status, Missing=Cancel # 316039 (Mountain Wave, Duststorm or Sandstorm SIGMET) 008079 Product status, 0=Normal Issue, 1=Correction 316030 SIGMET Header 008011 Meteorological feature, 23=MountainWave, 24=Duststorm, 25=Sandstorm 020024 Intensity of phenomena, 3=Heavy, 5=Severe 316031 SIGMET Observed or forecast location and motion 008011 Meteorological feature, Missing=Cancel 008079 Product status, Missing=Cancel # 316040 (Cancellation of SIGMET) 316030 SIGMET header 008079 Product status, 4=Cancellation 301014 Time period (of the SIGMET to be cancelled) 001037 SIGMET sequence identifier (of the SIGMET to be cancelled) 010064 SIGMET cruising level (of the SIGMET to be cancelled) 008079 Product status, Missing=Cancel # 316050 (RADOB Template (part A: Information on tropical cyclone)) 301001 WMO block and station number 301011 Date 301012 Time 002160 Wave length of the radar 008005 Meteorological attribute significance (=1) 005002 Latitude (coarse accuracy) 006002 Longitude (coarse accuracy) 008005 Cancel Meteorological attribute significance 019100 Time interval to calculate the movement of the tropical cyclone 019005 Direction of motion of feature 019006 Speed of motion of feature 019101 Accuracy of the position of the centre of the tropical cyclone 019102 Shape and definition of the eye of the tropical cyclone 019103 Diameter of major axis of the eye of the tropical cyclone 019104 Change in character of the eye during the 30 minutes 019105 Distance between the end of spiral band and the centre # 316052 (SAREP Template (part A: Information on tropical cyclone)) 301005 Originating centre/sub-centre 301011 Date 301012 Time 001007 Satellite identifier 025150 Method of tropical cyclone intensity analysis using satellite data 122000 Delayed replication of 22 descriptors 031001 Delayed descriptor replication facto 001027 WMO long storm name 019150 Typhoon International Common Number (Typhoon Committee) 019106 Identification number of tropical cyclone 008005 Meteorological attribute significance (=1) 005002 Latitude (coarse accuracy) 006002 Longitude (coarse accuracy) 008005 Cancel Meteorological attribute significance 019107 Time interval of the tropical cyclone analysis 019005 Direction of motion of feature 019006 Speed of motion of feature 019108 Accuracy of geographical position of the tropical cyclone 019109 Mean diameter of the overcast cloud of the tropical cyclone 019110 Apparent 24-hour change in intensity of the tropical cyclone 019111 Current Intensity (CI) number of the tropical cyclone 019112 Data tropical (DT) number of the tropical cyclone 019113 Cloud pattern type of the DT-number 019114 Model Expected tropical (MET) number of the tropical cyclone 019115 Trend of the past 24-hour change (+: Developed, -: Weakened) 019116 Pattern tropical (PT) number of the tropical cyclone 019117 Cloud picture type of the PT-number 019118 Final tropical (T) number of the tropical cyclone 019119 Type of the final T-number # 316071 (Graphical AIRMET Sierra) 301014 Time period (for which AIRMET is valid) 101000 Delayed replication 031002 Replication Factor 316075 GFA IFR Ceiling and Visibility 101000 Delayed replication 031002 Replication Factor 316076 GFA Mountain Obscuration # 316072 (Graphical AIRMET Tango) 301014 Time period (for which AIRMET is valid) 101000 Delayed replication 031002 Replication Factor 316077 GFA Turbulence 101000 Delayed replication 031002 Replication Factor 316078 GFA Strong Surface Wind 101000 Delayed replication 031002 Replication Factor 316079 GFA Low-Level Wind Shear # 316073 (Graphical AIRMET Zulu) 301014 Time period (for which AIRMET is valid) 101000 Delayed replication 031002 Replication Factor 316080 GFA Icing 101000 Delayed replication 031002 Replication Factor 316081 GFA Freezing Level # 316074 (GFA Identifier and Observed/Forecast Location) 001039 GFA sequence identifier 008021 Time significance, 4=Forecast, 16=Analysis 301014 Time period (for which hazard is being observed/forecast) 301027 Description of Feature 008021 Time Significance, Missing=Cancel # 316075 (GFA IFR Ceiling and Visibility) 008079 Product Status, 0=Normal, 1=COR, 2=AMD, 3=COR AMD, 4=CNL 008041 Data significance, 8=IFR Ceiling and Visibility 316074 GFA Identifier and Observed/Forecast Location 020006 Flight rules, 1=IFR 033042 Type of limit represented by following (cloud base) value, 2=Exclusive upper limit, 7=Missing 020013 Height of base of cloud 033042 Type of limit represented by following (visibility) value, 2=Exclusive upper limit, 7=Missing 020001 Horizontal visibility 020025 Obscuration 020026 Character of obscuration, 6=Blowing, 15=Missing 008041 Data significance, Missing=Cancel 008079 Product Status, Missing=Cancel # 316076 (GFA Mountain Obscuration) 008079 Product Status, 0=Normal, 1=COR, 2=AMD, 3=COR AMD, 4=CNL 008041 Data significance, 9=Mountain obscuration 316074 GFA Identifier and Observed/Forecast Location 020006 Flight rules, 1=IFR 020025 Obscuration 020026 Character of obscuration, 6=Blowing, 15=Missing 008041 Data significance, Missing=Cancel 008079 Product Status, Missing=Cancel # 316077 (GFA Turbulence) 008079 Product Status, 0=Normal, 1=COR, 2=AMD, 3=COR AMD, 4=CNL 008011 Meteorological feature, 13=Turbulence 316074 GFA Identifier and Observed/Forecast Location 011031 Degree of turbulence, 6=Moderate 008011 Meteorological feature, Missing=Cancel 008079 Product Status, Missing=Cancel # 316078 (GFA Strong Surface Wind) 008079 Product Status, 0=Normal, 1=COR, 2=AMD, 3=COR AMD, 4=CNL 008041 Data significance, 10=Strong surface wind 316074 GFA Identifier and Observed/Forecast Location 033042 Type of limit represented by following (wind speed) value, 0=Exclusive lower limit 011012 Wind speed at 10 m 008041 Data significance, Missing=Cancel 008079 Product Status, Missing=Cancel # 316079 (GFA Low-Level Wind Shear) 008079 Product Status, 0=Normal, 1=COR, 2=AMD, 3=COR AMD, 4=CNL 008011 Meteorological feature, 16=Phenomenon 316074 GFA Identifier and Observed/Forecast Location 020023 Other weather phenomena, bit 12=Wind shear 020024 Intensity of phenomena 008011 Meteorological feature, Missing=Cancel 008079 Product Status, Missing=Cancel # 316080 (GFA Icing) 008079 Product Status, 0=Normal, 1=COR, 2=AMD, 3=COR AMD, 4=CNL 008011 Meteorological feature, 15=Airframe Icing 316074 GFA Identifier and Observed/Forecast Location 020041 Airframe icing, 4=Moderate Icing 008011 Meteorological feature, Missing=Cancel 008079 Product Status, Missing=Cancel # 316081 (GFA Freezing Level) 008079 Product Status, 0=Normal, 1=COR, 2=AMD, 3=COR AMD, 4=CNL 008041 Data significance, 11=Freezing level, 12=Multiple freezing level 316074 GFA Identifier and Observed/Forecast Location 008041 Data significance, Missing=Cancel 008079 Product Status, Missing=Cancel #
#<PHONE_NUMBER>25 Latitude and longitude (coarse accuracy), day and time 024011 Dose #<PHONE_NUMBER>26 Latitude and longitude (high accuracy), time periods in days, hours and minutes 024005 Isotope mass 024004 Element name 024021 Air concentration #<PHONE_NUMBER>25 Latitude and longitude (coarse accuracy), day and time 004023 Time period or displacement 013011 Total precipitation/total water equivalent 024005 Isotope mass 024004 Element name 024022 Concentration in precipitation
#<PHONE_NUMBER>01 Type of antenna 002114 Antenna effective surface area 002105 Maximum antenna gain 002106 3-dB beamwidth 002107 Sidelobe suppression 002121 Mean frequency #<PHONE_NUMBER>51 Signal power above 1 mW 021014 Doppler mean velocity (radial) 021017 Doppler velocity spectral width 021030 Signal to noise ratio #<PHONE_NUMBER>31 Identification, type, date/time, position (high accuracy), height 002003 Type of measuring equipment used 101000 Delayed replication of 1 descriptor 031001 Replication factor 321003 Wind profiler - moment data #<PHONE_NUMBER>04 Echo processing 002121 Mean frequency 002122 Frequency agility range 002123 Peak power 002124 Average power 002125 Pulse repetition frequency 002126 Pulse width 002127 Receiver intermediate frequency 002128 Intermediate frequency bandwidth 002129 Minimum detectable signal 002130 Dynamic range 002131 Sensitivity time control #<PHONE_NUMBER>01 Range-gate length 025002 Number of gates averaged 025003 Number of integrated pulses 025005 Echo integration #<PHONE_NUMBER>09 Calibration method 025010 Clutter treatment 025011 Ground occultation correction 025012 Range attenuation correction 025013 Bright-band correction 025015 Radome attenuation correction 025016 Clear-air attenuation correction 025017 Precipitation attenuation correction #<PHONE_NUMBER>06 Z to R conversion 025007 Z to R conversion factor 025008 Z to R conversion exponent #<PHONE_NUMBER>18 A to Z law for attenuation factor 025019 A to Z law for attenuation exponent #<PHONE_NUMBER>01 Type of antenna 007002 Altitude of the tower base 002102 Antenna height above tower base 002103 Radome 002104 Antenna polarisation 002105 Maximum antenna gain 002106 3-dB beamwidth 002107 Sidelobe suppression 002108 Crosspol discrimination (on axis) 002109 Antenna speed (azimuth) 002110 Antenna speed (elevation) 002132 Azimuth pointing accuracy 002133 Elevation pointing accuracy #<PHONE_NUMBER>31 Picture type 030032 Combination with other data 029002 Coordinate grid type #<PHONE_NUMBER>00 Delayed replication of 1 descriptor 031001 Replication factor 002135 Antenna elevation #<PHONE_NUMBER>03 Type of measuring equipment used 002101 Type of antenna 201130 Change width to 8 bits 002106 3-dB beam width 201000 Change width back to table B 201132 Change width to 11 bits 202130 Change scale to -6 002121 Mean frequency 202000 Change scale back to table B 201000 Change width back to table B 201133 Change width to 11 bits 202129 Change scale to 0 025001 Range-gate length 202000 Change scale back to table B 201000 Change width back to table B #<PHONE_NUMBER>07 Height 204001 Add associated field of 1 bit in length 031021 Associated field significance 011001 Wind direction 204000 Cancel add associated field 011002 Wind speed 204001 Add associated field of 1 bit in length 031021 Associated field significance 011006 w-component 204000 Cancel add associated field 021030 Signal to noise ratio #<PHONE_NUMBER>07 Height 021091 Radar signal Doppler spectrum 0th moment 021030 Signal to noise ratio 202129 Change scale to 2 021014 Doppler mean velocity (radial) 201129 Change width to 9 bits 021017 Doppler velocity spectral width 202000 Change scale back to table B 201000 Change width back to table B #<PHONE_NUMBER>07 Height 204001 Add associated field of 1 bit in length 031021 Associated field significance 012007 Virtual temperature 011006 w-component 204000 Cancel add associated field 021030 Signal to noise ratio #<PHONE_NUMBER>07 Height 021091 Radar signal Doppler spectrum 0th moment 021030 Signal to noise ratio 202129 Change scale to 2 021014 Doppler mean velocity (radial) 201129 Change width to 9 bits 021017 Doppler velocity spectral width 202000 Change scale back to table B 201000 Change width back to table B 021092 RASS signal Doppler spectrum 0th moment, referring to RASS signal 021030 Signal to noise ratio, referring to RASS signal 025092 Acoustic propagation velocity 201129 Change width to 9 bits 202129 Change scale to 2 021017 Doppler velocity spectral width, referring to RASS signal 202000 Change scale back to table B 201000 Change width back to table B #<PHONE_NUMBER>07 Height 204001 Add associated field of 1 bit in length 031021 Associated field significance 012007 Virtual temperature 025091 Structure constant of the refraction index (Cn2) 011071 Turbulent vertical momentum flux 011072 Turbulent vertical buoyancy flux 011073 Turbulent kinetic energy 011074 Dissipation energy 204000 Cancel add associated field #<PHONE_NUMBER>18 Attenuation correction on sigma-0 202129 Change scale 201132 Change data width 002112 Radar look angle 201000 Change data width back to Table B 201131 Change data width 002111 Radar incidence angle 201000 Change data width back to Table B 202000 Change scale back to Table B 002104 Antenna polarization 021105 Normalized radar cross-section 021106 Kp variance coefficient (alpha) 021107 Kp variance coefficient (beta) 021114 Kp variance coefficient (gamma) 021115 SEAWINDS sigma-0 quality 021116 SEAWINDS sigma-0 mode 008018 SEAWINDS land/ice surface type 021117 Sigma-0 variance quality control #<PHONE_NUMBER>18 Attenuation correction on sigma-0 202129 Change scale 201132 Change data width 002112 Radar look angle 201000 Data width back to Table B 201131 Change data width 002111 Radar incidence angle 201000 Data width back to Table B 202000 Scale back to table B 002104 Antenna polarization 021123 SEAWINDS normalized radar cross section 021106 Kp variance coefficient (alpha) 021107 Kp variance coefficient (beta) 021114 Kp variance coefficient (gamma) 021115 SEAWINDS sigma-0 quality flag 021116 SEAWINDS sigma-0 mode flag 008018 SEAWINDS land/ice surface flag 021117 Sigma-0 variance quality control # 321030 (ASCAT sigma-0 information) 008085 Beam identifier 202129 Increase scaling by 10^1 201131 Increase data width by 3 bits 002111 Radar incidence angle 201000 Cancel change data width 202000 Cancel change scaling 002134 Antenna beam azimuth 021062 Backscatter 021063 Radiometric resolution (noise value) 021158 ASCAT kp estimate quality 021159 ASCAT sigma-0 usability 021160 ASCAT synthetic data quality 021161 ASCAT synthetic data quantity 021162 ASCAT satellite orbit and attitude quality 021163 ASCAT solar array reflection contamination 021164 ASCAT telemetry presence and quality 021165 ASCAT extrapolated reference function 021166 ASCAT land fraction #
# 322028 METOP GOME-2 001007 Satellite identifier 002019 Satellite instruments 004001 Year 004002 Month 004003 Day 004004 Hour 004005 Minute 004006 Second 005001 Latitude (high accuracy) 006001 Longitude (high accuracy) 027001 Latitude (high accuracy) 028001 Longitude (high accuracy) 027001 Latitude (high accuracy) 028001 Longitude (high accuracy) 027001 Latitude (high accuracy) 028001 Longitude (high accuracy) 027001 Latitude (high accuracy) 028001 Longitude (high accuracy) 010001 Height of land surface 014019 Surface albedo 007025 Solar zenith angle 010080 Viewing zenith angle 005023 Sun to satellite azimuth difference 020010 Cloud cover (total) 008003 Vertical significance (satellite observations) 007004 Pressure 014026 Albedo at the top of clouds 020014 Height of top of cloud 013093 Cloud optical thickness 105000 Delayed replication of five descriptors 031001 Delayed descriptor replication factor 007004 Pressure 007004 Pressure 008043 Atmospheric chemical or phisical constituent type 008044 Cas registry number 015021 Integrated mass density #
# 340001 (IASI Level 1c data) 001007 Satellite identifier 001031 Identification of originating/generating centre 002019 Satellite instruments 002020 Satellite classification 004001 Year 004002 Month 004003 Day 004004 Hour 004005 Minute 202131 Add 3 to scale 201138 Add 10 to width 004006 Second 201000 Reset width 202000 Reset scale 005001 Latitude (high accuracy) 006001 Longitude (high accuracy) 007024 Satellite zenith angle 005021 Bearing or azimuth 007025 Solar zenith angle 005022 Solar azimuth 005043 Field of view number 005040 Orbit number 201133 Add 5 to width 005041 Scan line number 201000 Reset width 201132 Add 4 to width 025070 Major frame count 201000 Reset width 202126 Subtract 2 from scale 007001 Height of station 202000 Reset scale 033060 GQisFlagQual 033061 QGisQualIndex 033062 QGisQualIndexLoc 033063 QGisQualIndexRad 033064 QGisQualIndexSpect 033065 GQisSysTecSondQual 101010 Repeat next 1 descriptor 10 times 340002 IASI Level 1c band description 101087 Repeat next 1 descriptor 87 times 340003 IASI Level 1c 100 channel sequence 002019 Satellite instruments 025051 AVHRR channel combination 101007 Repeat next 1 descriptor 7 times 340004 IASI Level 1c AVHRR single scene sequence # 340002 (IASI Level 1c band description) 025140 Start channel 025141 End channel 025142 Channel scale factor # 340003 (IASI Level 1c 100 channel) 104100 Repeat next 4 descriptor 100 times 201136 Add 8 to width 005042 Channel number 201000 Reset width 014046 Scaled IASI radiance # 340004 (IASI Level 1c AVHRR single scene) 005060 Y angular position from centre of gravity 005061 Z angular position from centre of gravity 025085 Fraction of clear pixels in HIRS FOV 105006 Repeat next 5 descriptor 6 times 005042 Channel number 025142 Channel scale factor 014047 Scaled mean AVHRR radiance 025142 Channel scale factor 014048 Scaled std dev AVHRR radiance # 340005 (JASON2 OGDR data) 001007 Satellite identifier 002019 Satellite instruments 001096 Acquisition station identifier 025061 Software identification 005044 Satellite cycle number 005040 Orbit number 001030 Numerical model identifier 004001 Year [start of Datation] 004002 Month 004003 Day 004004 Hour 004005 Minute 004007 Seconds within a minute 005001 Latitude (high accuracy) [start of Location and Surface Type] 006001 Longitude (high accuracy) 008029 Remotely sensed surface type 008074 Altimeter echo type 008077 Radiometer sensed surface type 040011 Interpolation flag [start of Flags] 025097 Three dimensional error estimate of the navigator orbit 025095 Altimeter state flag 025098 Altimeter data quality flag 025099 Altimeter correction quality flag 021144 Altimeter rain flag 025096 Radiometer state flag 040012 Radiometer data quality flag 040013 Radiometer brightness temperature interpretation flag 021169 Ice presence indicator 022151 Ku band ocean range [start of Altimeter: Ku Band] 022162 RMS of 20 Hz ku band ocean range 022163 Number of 20Hz valid points for Ku band 025160 Ku band net instrumental correction 025133 Sea state bias correction on Ku band 022156 Ku band significant wave height 022164 RMS 20 Hz Ku band significant wave height 022165 Number of 20Hz valid points for Ku band significant wave height 022166 Ku band net instrumental correction for significant wave height 021137 Ku band corrected ocean backscatter coefficient 021138 STD Ku band corrected ocean backscatter coefficient 022167 Number of valid points for Ku band backscatter 021139 Ku band net instrumental correction for AGC 021118 Attenuation correction on sigma-0 021145 Ku band automatic gain control 021146 RMS Ku band automatic gain control 021147 Number of valid points for Ku band automatic gain control 022168 C band ocean range [start of Altimeter: C band] 022169 RMS of C band ocean range 022170 Number of 20Hz valid points for c band 025161 C band net instrumental correction 025162 Sea state bias correction on C band 022171 C band significant wave height 022172 RMS 20Hz C band significant wave height 022173 Number of 20Hz valid points for C band significant wave height 022174 C band net instrumental correction for significant wave height 021170 C band corrected ocean backscatter coefficient 021171 RMS C band corrected ocean backscatter coefficient 022175 Number of valid points for C band backscatter 021172 C band net instrumental correction for AGC 021118 Attenuation correction on sigma-0 021173 C band automatic gain control 021174 RMS C band automatic gain control 021175 Number of valid points for C band automatic gain control 002153 Satellite channel centre frequency [start of Radiometer] 012063 Brightness temperature 002153 Satellite channel centre frequency 012063 Brightness temperature 002153 Satellite channel centre frequency 012063 Brightness temperature 013090 Radiometer water vapor content 013091 Radiometer liquid content 007002 Height or altitude [start of Wind] 011097 Wind speed from altimeter 011098 Wind speed from radiometer 007002 Height or altitude 011095 U component of the model wind vector 011096 V component of the model wind vector 010096 Mean dynamic topography [start of Dynamic topography] 010081 Altitude of COG above reference ellipsoid 010082 Instantaneous altitude rate 010083 Off nadir angle of the satellite from platform data 010101 Squared off nadir angle of the satellite from waveform data 025132 Ionospheric correction from model on Ku band 025163 Altimeter ionospheric correction on Ku band 025126 Model dry tropospheric correction 025128 Model wet tropospheric correction 025164 Radiometer wet tropospheric correction 010085 Mean sea surface height 010097 Mean sea surface height from altimeter only 010086 Geoid's height 010087 Ocean depth/land elevation 010092 Solid earth tide height 010088 Geocentric ocean tide height solution 1 010089 Geocentric ocean tide height solution 2 010098 Loading tide height geocentric ocean tide solution 1 010099 Loading tide height geocentric ocean tide solution 2 010090 Long period tide height 010100 Non-equilibrium long period tide height 010093 Geocentric pole tide height 025127 Sea surface height correction due to pressure loading 040014 High frequency fluctuations of the sea surface topography correction #
Update history
This is version 14.2 of Cipher BUFR table D (common with CREX), created from original WMO documents by Northern Lighthouse Ltd.


Managing an Application¶
Track Application Changes¶
Deis Workflow tracks all changes to your application. Application changes are the result of either new application code
pushed to the platform (via git push deis master
), or an update to application configuration (via deis config:set KEY=VAL
).
Each time a build or config change is made to your application a new release is created. These release numbers increase monotonically.
You can see a record of changes to your application using deis releases
:
$ deis releases
=== peachy-waxworks Releases
v4 3 minutes ago gabrtv deployed d3ccc05
v3 1 hour 17 minutes ago gabrtv added DATABASE_URL
v2 6 hours 2 minutes ago gabrtv deployed 7cb3321
v1 6 hours 2 minutes ago gabrtv deployed deis/helloworld
Rollback a Release¶
Deis Workflow also supports rolling back go previous releases. If buggy code or an errant configuration change is pushed to your application, you may rollback to a previously known, good release.
Note
All rollbacks create a new, numbered release. But will reference the build/code and configuration from the desired rollback point.
In this example, the application is currently running release v4. Using deis rollback v2
tells Workflow to deploy the
build and configuration that was used for release v2. This creates a new release named v5 whose contents are the source
and configuration from release v2:
$ deis releases
=== folksy-offshoot Releases
v4 4 minutes ago gabrtv deployed d3ccc05
v3 1 hour 18 minutes ago gabrtv added DATABASE_URL
v2 6 hours 2 minutes ago gabrtv deployed 7cb3321
v1 6 hours 3 minutes ago gabrtv deployed deis/helloworld
$ deis rollback v2
Rolled back to v2
$ deis releases
=== folksy-offshoot Releases
v5 Just now gabrtv rolled back to v2
v4 4 minutes ago gabrtv deployed d3ccc05
v3 1 hour 18 minutes ago gabrtv added DATABASE_URL
v2 6 hours 2 minutes ago gabrtv deployed 7cb3321
v1 6 hours 3 minutes ago gabrtv deployed deis/helloworld
Run One-off Administration Tasks¶
Deis applications use one-off processes for admin tasks like database migrations and other commands that must run against the live application.
Use deis run
to execute commands on the deployed application.
$ deis run 'ls -l'
Running `ls -l`...
total 28
-rw-r--r-- 1 root root 553 Dec 2 23:59 LICENSE
-rw-r--r-- 1 root root 60 Dec 2 23:59 Procfile
-rw-r--r-- 1 root root 33 Dec 2 23:59 README.md
-rw-r--r-- 1 root root 1622 Dec 2 23:59 pom.xml
drwxr-xr-x 3 root root 4096 Dec 2 23:59 src
-rw-r--r-- 1 root root 25 Dec 2 23:59 system.properties
drwxr-xr-x 6 root root 4096 Dec 3 00:00 target
Share an Application¶
Use deis perms:create
to allow another Deis user to collaborate on your application.
$ deis perms:create otheruser
Adding otheruser to peachy-waxworks collaborators... done
Use deis perms
to see who an application is currently shared with, and deis perms:remove
to remove a collaborator.
Note
Collaborators can do anything with an application that its owner can do, except delete the application.
When working with an application that has been shared with you, clone the original repository and add Deis' git remote
entry before attempting to git push
any changes to Deis.
$ git clone https://github.com/deis/example-java-jetty.git
Cloning into 'example-java-jetty'... done
$ cd example-java-jetty
$ git remote add -f deis ssh://git@local3.deisapp.com:2222/peachy-waxworks.git
Updating deis
From deis-controller.local:peachy-waxworks
* [new branch] master -> deis/master
Application Maintenance¶
Maintenance mode for applications is useful to perform certain migrations or upgrades during which we don't want to serve client requests. Deis Workflow supports maintenance mode for an app during which the access to the app is blocked. Blocking access to the application means all the requests to the app are served with an error code of 503
and a static maintenance page by the router but the app will still be running and one-off commands can still be run. Currently the maintenance page is not configurable and is present as part of the router component.
To enable maintenance mode for app, use deis maintenance
:
$ deis maintenance:on
Enabling maintenance for drafty-zaniness... done
This will make the router answer all requests to the application with a 503, although the app is still running. To disable maintenance mode:
$ deis maintenance:off
Disabling maintenance for drafty-zaniness... done
Application Troubleshooting¶
Applications deployed on Deis Workflow treat logs as event streams. Deis Workflow aggregates stdout
and stderr
from every Container making it easy to troubleshoot problems with your application.
Use deis logs
to view the log output from your deployed application.
$ deis logs | tail
Dec 3 00:30:31 ip-10-250-15-201 peachy-waxworks[web.5]: INFO:oejsh.ContextHandler:started o.e.j.s.ServletContextHandler{/,null}
Dec 3 00:30:31 ip-10-250-15-201 peachy-waxworks[web.8]: INFO:oejs.Server:jetty-7.6.0.v20120127
Dec 3 00:30:31 ip-10-250-15-201 peachy-waxworks[web.5]: INFO:oejs.AbstractConnector:Started SelectChannelConnector@<IP_ADDRESS>:10005
Dec 3 00:30:31 ip-10-250-15-201 peachy-waxworks[web.6]: INFO:oejsh.ContextHandler:started o.e.j.s.ServletContextHandler{/,null}
Dec 3 00:30:31 ip-10-250-15-201 peachy-waxworks[web.7]: INFO:oejsh.ContextHandler:started o.e.j.s.ServletContextHandler{/,null}
Dec 3 00:30:31 ip-10-250-15-201 peachy-waxworks[web.6]: INFO:oejs.AbstractConnector:Started SelectChannelConnector@<IP_ADDRESS>:10006
Dec 3 00:30:31 ip-10-250-15-201 peachy-waxworks[web.8]: INFO:oejsh.ContextHandler:started o.e.j.s.ServletContextHandler{/,null}
Dec 3 00:30:31 ip-10-250-15-201 peachy-waxworks[web.7]: INFO:oejs.AbstractConnector:Started SelectChannelConnector@<IP_ADDRESS>:10007
Dec 3 00:30:31 ip-10-250-15-201 peachy-waxworks[web.8]: INFO:oejs.AbstractConnector:Started SelectChannelConnector@<IP_ADDRESS>:10008


The Ultimeter is an all in one rocket altimeter that instantly transmits flight and recovery data to your phone. You'll never have to count the number of beeps to find apogee or wave around a tracker again.