legal
These are the agreements that we ask our volunteers, interns, and work-studies to make. They are published here for transparency.
Consent to Background Check
I give my permission for the Family Support Center of South Sound (FSCSS) to conduct a search of my background to determine my qualifications for interning/volunteering.
I understand:
- FSCSS requires my social security number to perform the search,
- I have a right to view the results, and
- FSCSS will not disclose the results to another party without my permission,
I consent to the following searches:
- criminal background
- including Washington State,
- national criminal, and
- sex offender databases,
- personal references,
- CAMIS/DSHS clearance for Child Abuse and Neglect
Confidentiality
Basic to the maintenance of the professional ethics and community respect is the principle of confidentiality. Every employee, contracted professional, and volunteer of FSCSS has a high ethical responsibility to the families, the programs, the community, and to themselves. Families and individuals act in good faith, expecting their circumstances and personal matters to remain confidential. We are obligated by law and ethics to reciprocate.
The records that are kept on clients should be used only for the program purposes and not for general perusal. Other agencies’ operations requesting records of a given family member or persons should first obtain releases of information from the family member of individual. In no case should the records be automatically sent to another person or agency without first receiving a release specific to the information in question.
Remember that persons always have immediate access to their data on file. Keep all information to facts and not speculation.
The only exception to this ruling is mandated report of abuse & neglect to childern and vulnerable adults as described an in accordance with Washington State laws and regulations.
The following is presented to provide some guidelines concerning matters of confidentiality and the rights of the persons who participate in our programs:
- The right to have all records kept from public scrutiny and the right to anonymity and confidentiality
- The right to be treated with dignity and respect.
- The right to a timely response.
- The right to a response that is non-discriminatory to the differences of
- race,
- religion,
- language,
- gender identity,
- sexual orientation,
- disability,
- veteran status,
- socioeconomic condition,
- marital status, and/or
- pregnancy.
I understand and agree to the above policy and statement. I am aware that any breach of confidentiality is grounds for dismissal.
I agree to maintain client confidentiality at all times. All information, written or spoken, that I come into contact with while performing my volunteer duties is considered confidential and will not be released unless specified by law.
Role Acknowledgement
-
I accept the role of volunteer1 in Homeless Family Services at the Family Support Center of South Sound. I give my volunteer services and donate my time gratuitously to FSCSS of my own volition because I wish to support the mission of the organization, “Working Together to Strengthen All Families”, without expectation of compensation.
-
I understand I am not an employee of FSCSS and that there is no employer-employee relationship. I understand that if FSCSS wishes to recognize my volunteer efforts with an appreciative nominal fee or gift, I may or may not choose to accept it and that any nominal fee or gift that I receive is not related to the number of hours I volunteer.
-
I am fully aware that the work associated with being a volunteer involves certain risks of physical injury or death. Being fully informed as to these risks, I hereby assume all risk of injury, damage, and harm to myself arising from such activities or use of FSCSS facilities. If I am injured while acting as a volunteer of FSCSS, I must immediately report this injury to a FSCSS supervisor or on-call staff. I authorize necessary emergency medical treatment that might be required for me.
-
I understand that as a volunteer, I must comply with FSCSS policies and procedures and applicable Federal and Washington State laws, including RCW 26.44.030 Child Abuse Mandated Reporting Law.
-
I understand that I may be reimbursed for expenses or travel mileage I incur as a volunteer if I receive pre-authorization to incur the expense from authorized FSCSS personnel. If I do not receive pre-authorization, expenses I choose to incur related to my volunteer role with the Family Support Center will solely be my responsibility and may be considered a charitable tax deductible in-kind donation. I understand that I am responsible for keeping my own records for tax purposes and obtaining my own tax advice.
-
I understand that I may not volunteer for FSCSS if I have been convicted of certain crimes or have pending criminal charges. I understand that if I am arrested or charged with any crime during my tenure as a volunteer, I must report it to FSCSS personnel within 48 hours of the arrest or filing of any information charging me with any criminal offense.
-
I understand that I am only considered a volunteer during hours scheduled and assigned by FSCSS. FSCSS is not responsible for any service or activities I participate in outside of my scheduled volunteer shift. I understand that my behavior and conduct, both in my and outside my role as volunteer, reflects on FSCSS.
-
I agree to abide by professional ethics, including not forming personal relationships with clients I meet or serve in my capacity as a volunteer.
-
FSCSS is drug and alcohol free. I agree that I will not use these substances at any time during my role as a volunteer.
-
I understand that FSCSS is not responsible for any lost or stolen personal items that I bring with me into the center.
-
I understand that I may or may not give permission to have my photo taken and used for publicity purposes by FSCSS. I also understand that I may submit written work to be posted on the volunteer blog.
-
I agree to abide by my scope of work responsibilities based on my position description that has been provided to me. I will participate in any necessary or appropriate training to fulfill my job duties.
-
I understand that my volunteer relationship with FSCSS may be terminated by me or FSCSS at any time for any reason.
Mandated Reporter Acknowledgement
I understand the requirements of Washington State Mandated Reporting. I agree to report any suspected child abuse and/or neglect to DSHS and to the Family Support Center management as soon as I learn, suspect, or observe abuse/neglect.
I understand that failure to make a report within 48 hours may result in my termination as a volunteer and may also result in legal action from the State of Washington. I vow to do everything I can to prevent child abuse and neglect and to keep kids safe.
-
This and the following bullets are modified for unpaid interns and paid work-studies. ↩


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--- tags: - 数论-杂题 grammar_cjkRuby: true catalog: true layout: post header-img: "img/header/P31.jpg" preview-img: "/img/preview/P31.jpg" ---
标签：数学
— This is not playing but duty as allies ofjustice, Nii-chan!
— Not allies but justice itself, Onii-chan!
With hands joined, go everywhere at a speedfaster than our thoughts! This time, the Fire Sisters — Karen andTsukihi — is heading for somewhere they've never reached —water-surrounded islands!
There are three clusters of islands,conveniently coloured red, blue and purple. The clusters consist ofa, band c distinct islands respectively.
Bridges have been built between some(possibly all or none) of the islands. A bridge bidirectionally connects twodifferent islands and has length 1. For any two islands of the same colour,either they shouldn't be reached from each other through bridges, or theshortest distance between them is at least 3, apparently in order to preventoddities from spreading quickly inside a cluster.
The Fire Sisters are ready for the unknown,but they'd also like to test your courage. And you're here to figure out thenumber of different ways to build all bridges under the constraints, and givethe answer modulo 998 244 353. Two ways areconsidered different if a pair of islands exist, such that there's a bridgebetween them in one of them, but not in the other.
Input
The first and only line of input containsthree space-separated integersa, b and c (1 ≤ a, b, c ≤ 5 000) — the number of islands in thered, blue and purple clusters, respectively.
Output
Output one line containing aninteger — the number of different ways to build bridges, modulo 998 244 353.
Examples
Input
1 1 1
Output
8
Input
1 2 2
Output
63
Input
1 3 5
Output
3264
Input
6 2 9
Output
813023575
Note
In the first example, there are 3 bridgesthat can possibly be built, and no setup of bridges violates the restrictions.Thus the answer is 23 = 8.
In the second example, the upper twostructures in the figure below are instances of valid ones, while the lower twoare invalid due to the blue and purple clusters, respectively.
分析：比赛的时候一直认为这题和杨辉三角有关（由于去年NOIP2016D2T1的坑）然后完美gg
正解应该是动规了吧（或者说是递推）
我们可以将a,b,c三个数分成(a,b,1),(a,c,1),(b,c,1)
将上述的三种情况相乘再取模就是最终的答案
而对于任意一种情况a,b
F(a,b)=f(a-1,b-1)*b+f(a-1,b)
Code
#include<bits/stdc++.h> #define rep(i,a,b) for(int i=a;i<=b;i++) #define dep(i,a,b) for(int i=a;i>=b;i--) #define LL unsigned long long using namespace std; const int maxn=5006,mod=998244353; LL a,b,c,f[maxn][maxn],Max=0; int main() { cin>>a>>b>>c; Max=max(a,max(b,c)); rep(i,0,Max)f[i][0]=1,f[0][i]=1; rep(i,1,Max) rep(j,1,Max) f[i][j]=((f[i-1][j-1]*j)%mod+f[i-1][j])%mod; cout<<(((f[a][b]*f[b][c])%mod)*f[a][c])%mod<<endl; return 0; }


What is Keycloak
- Authentication and authorization provider for:
- Browser applications
- REST applications
- Javascript applications
- Mobile applications
SSO Provider
Single-Sign-Out Provider
Identity management
- Realms, Applications, Roles, Users
- Support for RDBMS or Mongo as storage for Identity data
Federation SPI
- Used to plug your own mechanism for storing users
- Possibility to sync users from your federation storage to Keycloak DB
- LDAP integration is done through Federation SPI
Optional features
- User registration
- Reset passwords (both admin and user can do it)
- Forgot my password
- Password policies
- TOTP support - allows 2-steps authentication
Account management
- User can:
- edit his claims (email, firstName, lastName, ...)
- change his password
- add/remove/update his TOTP settings
- see and logout his current sessions
Admin console
- Create/update/remove realms, applications, users, roles
- Configuration
- Logout of user, application or whole realm
- Revocation policies
- Many other things...
Admin console
- AngularJS based application secured by Keycloak itself
- Invokes admin REST endpoints to manage things
Themes support
- Possibility to customize:
- login screen
- account management
- admin console
- emails
Social integration
- Login with:
- Facebook
- Google
- Twitter
- Github
Protocols
- OAuth2, OpenID Connect
- SAML
- JWT/JWS for tokens
Realm
- container for applications, roles and users
- Users are shared within single realm, but not across realms
- SSO/SS-out is provided to applications within single realm
- Social, user registrations, themes, timeouts etc. configurable per realm
Application
- abstraction for storing metadata about your application on keycloak side
- Redirect URIs - List of allowed URIs where Keycloak could redirect from it's login screen
- Web origins - List of allowed origins for CORS support
- Application types
- Confidential
- Public
- Bearer-only
OAuth client
- Special kind of application with less permissions
- Not intended to be used for authentication. Just to retrieve tokens to obtain some data from 3rd party application
- Users need to grant permissions (confirm roles for their accessToken similarly like FB, Google are doing)
Roles
- Either realm roles (global) or application roles (per-app)
- Composite roles (containers for other roles)
Users
- Claims
- Credentials
- Role mappings
- Social links
- Federation link
User session
- Represents single browser session
- Links to all apps where is user logged
- Updated during each login/logout/token refresh
- Usually saved in memory or in infinispan (in cluster env)
Tokens
- 3 tokens sent by Keycloak after successful authentication
- Each token is Base64 encoded string with JSON data inside
- Signed with realm private key
ID token
- JWT token with info about user
Access token
- JWT token with info about user roles, app where he authenticated
- JSON data encoded with Base64
- Signed with realm private key
- Short-lived (1-5 minutes)
- Can be used as bearer token to authenticate from browser application to REST application
- REST application can verify signature with realm public key. No need to talk to Keycloak
Refresh token
- Used to 'refresh' previously issued access token
- Once access token expires, application will send "refresh" request to KC server and retrieve new set of tokens
How to secure my app with Keycloak
- Configure application in keycloak
- Add keycloak.json configuration file to your app.
- Use KEYCLOAK as auth-method (for servlet applications)


jQuery Quiz II
1. Which, if any, of the following 3 code fragments are equivalent? Explain why they are different, if
they are. Explain why they can have different parameters and be equivalent, if they are equivalent.
//code fragment 1
$("li").each(function(idx, e) {
$(e).css(“color”, “yellow”); });
//code fragment 2
$("li").each(function() {
$(this).css(“color”, “yellow”); });
//code fragment 3
$("li").each(function(idx) {
$(this).css(“color”, “yellow”); });
[Answer]
fragment 1 will change all the element colors to yellow because it is looping over `e`
fragment 2 will change only element where event occured because of "this"
fragment 3 will change only element where event occured because of "this"
2. Write a jQuery expression to find all divs on a page that include an unordered list in them, and make
their text color be blue.

no ul here

This does contain a ul.

the first item

the second item

< !—INSERT YOUR JQUERY CODE HERE - - >

3. Write jQuery code to append the following div element (and all of its contents) dynamically to the body
element.

JQuery Core

HTML:
<!DOCTYPE html>

<meta charset="utf-8">
<title>JS Bin</title>

JS //local_path.js
$("body").append("

JQuery Core

");


update-pciids
Section: The PCI Utilities (8)Updated: 14 August 2009
Index Return to Main Contents
NAME
update-pciids - download new version of the PCI ID listSYNOPSIS
update-pciids [-q]DESCRIPTION
update-pciids fetches the current version of the pci.ids file from the primary distribution site and installs it.This utility requires curl, wget or lynx to be installed. If gzip or bzip2 are available, it automatically downloads the compressed version of the list.
OPTIONS
- -q
-
Be quiet and do not report anything except errors.
FILES
- /usr/share/hwdata/pci.ids
-
Here we install the new list.
SEE ALSO
lspci(8), setpci(8)AUTHOR
The PCI Utilities are maintained by Martin Mares<EMAIL_ADDRESS>Index
This document was created by man2html, using the manual pages.
Time: 05:34:31 GMT, December 24, 2015


coding quiz!
highscore:
Time left:
Click the start button to start!
Start
current score:
enter highsore credentials here!


The jQuery Marquee plug-in converts a list element (
 or
) into an ESPN-style scrolling marquee. Messages are scrolled in from top or bottom (based on the yScroll option) and longer messages will then ticker to the left in order to show the full message.
In order to use the Marquee plug-in, you need the following:
* This plug-in may work with older versions of jQuery in the 1.2 family. If you try using this with an older version of jQuery, you will need to include the jquery.dimensions.js plug-in (as of jQuery v1.2.6 the jquery.dimensions.js plug-in is included in the jQuery core.)
To convert your
 (or
 elements into marquee elements, just invoke the jQuery plug-in using the following syntax:
$("ul").marquee([options]);
This argument is optional and allows you to customize the settings used for each instance of the plug-in. For a list of all available options, see the Options section.
Now that we have a reference to the widget, we can invoke any of the public API calls.
This updates the marquee's cache—which is required after dynamically updating the
 elements content in order to show the new elements.
Pauses the current marquee to prevent it from scrolling.
Resumes the marquee so it begins scrolling again.
Returns a reference to the internal $.Marquee object. This is for advanced usage only. Examine the source code for uses of the $.Marquee object.
There are a number of options available for customizing the look and feel of the Marquee widget.
{
yScroll: "top" // the position of the marquee initially scroll (can be
// either "top" or "bottom")
, showSpeed: 850 // the speed of to animate the initial dropdown of the messages
, scrollSpeed: 12 // the speed of the scrolling (keep number low)
, pauseSpeed: 5000 // the time to wait before showing the next message or
// scrolling current message
, pauseOnHover: true // determine if we should pause on mouse hover
, loop: -1 // determine how many times to loop through the marquees
// (#'s < 0 = infinite)
, fxEasingShow: "swing" // the animition easing to use when showing a new marquee
, fxEasingScroll: "linear" // the animition easing to use when showing a new marquee
// define the class statements
, cssShowing: "marquee-showing"
// event handlers
, init: null // callback that occurs when a marquee is initialized
, beforeshow: null // callback that occurs before message starts scrolling on screen
, show: null // callback that occurs when a new marquee message is displayed
, aftershow: null // callback that occurs after the message has scrolled
}
The first thing we need to do is to load the required JavaScript libraries and the CSS stylesheet used by the widget:

<link type="text/css" href="./css/jquery.marquee.css" rel="stylesheet" media="all" />
Before you can invoke an instance of the Marquee widget, you must have one or more list elements on your page.

Lorem ipsum dolor sit amet, consectetuer adipiscing elit. Sed a nulla.
Lorem ipsum dolor sit amet, consectetuer.

Class aptent taciti sociosqu ad litora torquent per conubia nostra, per
inceptos hymenaeos. Fusce tincidunt adipiscing,massa. Class aptent taciti
sociosqu ad litora torquent per conubia nostra, per inceptos hymenaeos.
Fusce tincidunt adipiscing,massa.

Class aptent taciti sociosqu ad litora torquent per conubia nostra, per
inceptos hymenaeos. Fusce tincidunt adipiscing,massa.

Mauris ullamcorper euismod leo. Nulla congue tellus vitae ante at pede eu
ligula lacinia. Integer sed sapien, rutrum nec.

Aliquam erat volutpat. Fusce dolor. Vestibulum ornare congue turpis
sollicitudin nunc elit. Nullam erat neque, facilisis quis.

Cum sociis natoque penatibus et magnis dis parturient montes, nascetur
ridiculus mus. Nam non eros sed facilisis, bibendum eu.

The next step is to actually create an instance of the Marquee widget. You want to make sure to initialize the widget after all the necessary DOM elements are available, which makes the document.ready event a great place to initialize the widget.

Now let us take a look at what the code above produced.
You can mouse over the message to prevent the message from scrolling—which is nice if your messages have embedded links.
For more examples, see the Giva Labs - Marquee Example Page page.
This source code is provided as-is. At this time Giva is not offering direct support for this product. If you are in need of assistance, post your question to one of the jQuery Mailing Lists. Members of the Giva development team actively participate on the jQuery Mailing lists, so if we see your question we will try our best to respond.
Copyright 2009 Giva, Inc. (http://www.givainc.com/labs/) Licensed under the Apache License, Version 2.0 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.apache.org/licenses/LICENSE-2.0 Unless required by applicable law or agreed to in writing, software distributed under the License is distributed on an "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the License for the specific language governing permissions and limitations under the License.


Biden: Warren Is 'Making it up' on Paying for Medicare for All | Breitbart
by Ian HanchettDuring a portion of an interview with “PBS NewsHour,” released on Friday, 2020 Democratic presidential candidate former Vice President Joe Biden accused fellow 2020 Democrat Senator Elizabeth Warren (D-MA) of “making it up” on how to pay for her Medicare for all proposal.
Biden said, “She’s making it up. Look, nobody thinks it’s $20 trillion. It’s between 30 and $40 trillion. Every major independent study that’s gone out there, that’s taken a look at this, there is no way — even Bernie, who talks about the need to raise middle-class taxes, he can’t even meet the cost of it.”
Follow Ian Hanchett on Twitter @IanHanchett


Files CCore/inc/PrintTime.h CCore/src/PrintTime.cpp
PrintTime is a Helper Type, it prints a time, represented by an unsigned integral type in seconds.
template <UIntType UInt>
class PrintTime
{
UInt value;
public:
explicit PrintTime(UInt value_) : value(value_) {}
void print(PrinterType &out) const;
};
Time is printed in the form hh:mm:ss or dd:hh:mm:ss.
Printf(Con,"#;\n",PrintTime(1000u)); // 00:16:40


Dozens of endangered turtles disappear from Japan zoo
TOKYO: More than 60 endangered turtles have disappeared from a zoo in Japan's southernmost province in a suspected theft, officials said Thursday (Nov 7).
"We feed them twice a week and a keeper noticed their number was clearly low," said Kozue Ohgimi, zoo section chief at Okinawa Zoo and Museum, told AFP.
Officials later found cable ties used to secure netting over the enclosure housing the turtles had been removed at several spots.
"The nets were loose enough to enable an adult to sneak into the area," Ohgimi told AFP on the phone.
Officials fear the turtles may have been stolen for sale on the black market, where they are valued as exotic pets.
"They are traded for high prices," Ohgimi said.
The disappearances have been reported to local police, who are investigating, zoo officials said.
The turtles are small, measuring about a maximum 20cm long.
In all, the zoo said 64 turtles have disappeared - 15 Ryukyu leaf turtles and 49 yellow-margined box turtles.
READ: Black panther stolen from zoo after rescue from French rooftops
Both types are on the red list of threatened species by the International Union for Conservation of Nature and Natural Resources.
Both species are also designated as "natural treasures" by Japan's cultural affairs agency - meaning commercial trade in them is banned


Instructions:
Convert the infix expression into a postfix expression in the table below. You can move elements to the Bit Bucket to make them disappear.
Infix Expression
Stack
Postfix Expression


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Changes in the Head Branch
This page explains the major changes made
in our latest migrating threads source tree,
with respect to the "frozen" UK02 branch.
Currently this code is only distributed for the PA-RISC platform,
though it is mostly not yet exploited there.
- Migrating Threads:
See the paper
Evolving Mach 3.0 to a Migrating Thread Model.
- Kernel Activations:
Most kernel code now runs on ordinary activations
that are just like normal user-mode activations in most respects,
rather than in a special kernel environment.
The net effect is lower kernel memory consumption
and more symmetry between syscalls/traps and migrating RPC.
(See the migrating threads paper for information on what an activation is.)
- Presentation/Interface RPC:
See the paper
Using Annotated Interface Definitions to Optimize RPC
and possibly the short paper
Separating Presentation from Interface in RPC and IDLs.
- Standalone Includes:
Mach now exports a `mach/sa' include subdirectory,
which contains a minimal C-library-like header file tree
intended for use by programs linked with libmach_sa.a.
Previously, these header files were mostly nonexistant
(proper function prototypes were simply not available for libmach_sa.a);
the ones that did exist were exported in a way
that conflicted with high-level Unix personalities.
- Got rid of Unixoid stuff in libmach.a:
The library `libmach.a' is no longer specific to CMU's UX server;
instead, it has been stripped of all Unix and C library functionality
and modified to supply purely Mach-related functionality.
The `libmach_sa.a' library is now a strict superset of `libmach.a',
containing everything in `libmach.a' plus some minimal C library functionality.
- (i386) Booting from DOS:
Mach can now be booted from under DOS,
as an ordinary DOS executable.


Another free template by Colorlib. Far far away, behind the word mountains, far from the countries Vokalia and Consonantia, there live the blind texts.
Far far away, behind the word mountains, far from the countries Vokalia and Consonantia, there live the blind texts.
Copyright © All rights reserved | This template is made with by Colorlib


Overview
The Controls Library provides support for managing application controls via command-line options, environment variables, and code.
The original design and implementation of the Controls Library was by Matthias Blume.
Contents
structure Controls
-
The main structure of the Controls Library, which defines the representation and basic operations for controls.
structure ControlSet
-
Provides facilities for managing sets of controls, with associated information, by name.
structure ControlRegistry
-
Provides infrastructure for defining a hierarchical registry of controls.
structure ControlUtil
-
Provides utility functions for defining controls.


Link
Link
Link
Title 1
Thank you
Click here
Title 2
Thank you
Click here
Title 3
Thank you
Click here
Title 4
Thank you
Click here


LSBLK(8) System Administration LSBLK(8) NAME lsblk - list block devices SYNOPSIS lsblk [options] lsblk [options] device... DESCRIPTION lsblk lists information about all or the specified block devices. The lsblk command reads the sysfs filesystem to gather information. The command prints all block devices (except RAM disks) in a tree-like format by default. Use lsblk --help to get a list of all available col‐ umns. OPTIONS -a, --all List all block devices. -b, --bytes Print the SIZE column in bytes rather than in human-readable for‐ mat. -d, --nodeps Don't print device holders or slaves. For example "lsblk --nodeps /dev/sda" prints information about the sda device only. -D, --discard Print information about the discard (TRIM, UNMAP) capabilities for each device. -e, --exclude list Exclude the devices specified by a comma-separated list of major device numbers. Note that RAM disks (major=1) are excluded by default. -f, --fs Output info about filesystems. This option is equivalent to "-o NAME,FSTYPE,LABEL,MOUNTPOINT". The authoritative information about filesystems and raids is provided by the blkid(8) command. -h, --help Print a help text and exit. -i, --ascii Use ASCII characters for tree formatting. -m, --perms Output info about device owner, group and mode. This option is equivalent to "-o NAME,SIZE,OWNER,GROUP,MODE". -l, --list Use the list output format. -n, --noheadings Do not print a header line. -o, --output list Specify which output columns to print. Use --help to get a list of all supported columns. -P, --pairs Use key="value" output format. -r, --raw Use the raw output format. -t, --topology Output info about block device topology. This option is equiva‐ lent to "-o NAME,ALIGNMENT,MIN-IO,OPT-IO,PHY-SEC,LOG- SEC,ROTA,SCHED". NOTES For the partitions are some information (e.g. queue attributes) inherited from parental device. AUTHORS Milan Broz<EMAIL_ADDRESS>Karel Zak<EMAIL_ADDRESS>SEE ALSO findmnt(8), blkid(8), ls(1) AVAILABILITY The lsblk command is part of the util-linux package and is available from ftp://ftp.kernel.org/pub/linux/utils/util-linux/. util-linux April 2010 LSBLK(8)


|
Dear Brother Rich, how are you? Longer, you haven't reported already! Brother Richard Kleekamp has come from America with his family here to Austria in the meantime. He is a very good friend of Pastor Jerald! We must here in Europe " Aryan nation " absolutely build up! YHWH bless you,Brother P.J.-83- > Online Karaoke: Neu! Kostenlos! Hunderte Songs zum Mitsingen! |


1 After what happened to his daughter, the following happened next to this king: an oracle came to him from the city of Buto, announcing that he had just six years to live and was to die in the seventh.
2 The king took this badly, and sent back to the oracle a message of reproach, blaming the god that his father and his uncle, though they had shut up the temples, and disregarded the gods, and destroyed men, had lived for a long time, but that he who was pious was going to die so soon.
3 But a second oracle came announcing that for this very reason his life was hastening to a close: he had done what was contrary to fate; Egypt should have been afflicted for a hundred and fifty years, and the two kings before him knew this, but not he.
4 Hearing this, Mycerinus knew that his doom was fixed. Therefore, he had many lamps made, and would light these at nightfall and drink and enjoy himself, not letting up day or night, roaming to the marsh country and the groves and wherever he heard of the likeliest places of pleasure.
5 This was his recourse, so that by turning night into day he might make his six years into twelve and so prove the oracle false.


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public interface TypeNativeArray
The TypeNativeArray
is the interface that represents a native
array type declaration using a Java array or a predefined array wrapper
or a user defined array class.
Expression syntax if declared the type using a string with
NativeTypeManager.dec(String,String[])
and the class used is a:
ElemClassName [dim1]...[dimN]
Dimension values are optional (is equivalent to -1, undefined).
Examples:
"int[][]"
Declares a two-dimensional int array with undefined dimension values.
"mypkg.MyClass[3][2]"
Declares a two-dimensional mypkg.MyClass array with undefined dimension values. MyClass elements are "by value".
"String[-1]"
Declares a String array with undefined length.
ClassName [{[dim1[,dim2]...]}]
The number of dimensions, if declared, must be coincident with the expected number of the used class. If declared dimensions, values are mandatory and may be -1 (undefined).
Examples:
"com.innowhere.jnieasy.core.data.NativeStringArray"
Declares a String array with undefined length.
"com.innowhere.jnieasy.core.data.NativeStringArray{3}"
Declares a String array with length 3.
"mypkg.MyMultidimArray"
Declares an array using MyMultidimArray (must be a user defined array wrapper) using the default dimensions declared in MyMultidimArray.
"mypkg.MyMultidimArray{3,2}"
Declares a two-dimensional array using MyMultidimArray (must be a two-dimensional user defined array wrapper) and lengths 3 and 2. Default dimensions are not used.
ClassName [{VarTypeOfArray}]
Examples:
"com.innowhere.jnieasy.core.data.ArrayOfArray{int[3][2]}"
Declares a two-dimensional array of int with lengths 3 and 2.
NativeTypeManager.decArray(Class,int[],VarTypeNative)
,
NativeArray
| Method Summary | |
|---|---|
VarTypeNative |
getComponentDec()
Returns the native variable type of the "immediate" elements of the array as it was a one-dimension array. |
int[] |
getDimensions()
Returns an array with the dimensions of the array. |
VarTypeNative |
getLastComponentDec()
Returns the native variable type of the "final" elements of the array. |
int |
getLength()
Returns the length of the array seen as one-dimensional. |
| Methods inherited from interface com.innowhere.jnieasy.core.typedec.TypeCanBeNativeCapable |
|---|
wrapValue |
| Methods inherited from interface com.innowhere.jnieasy.core.typedec.TypeNativeObject |
|---|
newValue |
| Methods inherited from interface com.innowhere.jnieasy.core.typedec.TypeNative |
|---|
decVarType, decVarType, getDeclarationString, getDeclaredClass, preferredAlignSize, size |
| Method Detail |
|---|
VarTypeNative getLastComponentDec()
For instance: if this native type was created using int[][] class, the returned native variable type represents the int type.
VarTypeNative getComponentDec()
For instance: if this native type was created using int[][] class, the returned native variable type represents the int[] type.
int[] getDimensions()
A dimension value of -1 means undefined.
Modifications int this array have no effect.
int getLength()
|
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| Creation Date | {{payment?.creation_date_str}} | Payment Hash |
{{payment?.payment_hash | slice:0:10}}...
|
Fee | {{payment?.fee | number}} | Value | {{payment?.value | number}} | Payment Pre Image |
{{payment?.payment_preimage | slice:0:10}}...
|
Value MSat | {{payment?.value_msat | number}} | Value Sat | {{payment?.value_sat | number}} | Path | {{payment?.path?.length || 0}} Hops |
|---|


Tokyo 2020: Boxing officials from Rio 2016 to be banned from 2020 Olympics
None of the 36 referees and judges used at the Rio 2016 boxing competition will be allowed to officiate at Tokyo 2020, an International Olympic Committee task force has said.
Several judges and referees were sent home from Rio after a number of questionable decisions during the boxing tournament.
At Tokyo, referees and judges will be picked from a pool of International Boxing Association (AIBA) certified officials, who have been reviewed to ensure they meet the criteria.
"The main objective of the IOC boxing task force is to ensure the completion of the mission of delivering events, while putting the boxers first, and with transparent and credible sporting results and fair play," said boxing task force chair Morinari Watanabe.
An investigation by the AIBA in 2017 found no interference in results and recommended that the Rio judges be reintegrated on a "case-by-case basis", but the IOC's new selection criteria has now ruled them ineligible for the Tokyo Games.
The task force said its decision followed discussions with athletes to increase clarity, transparency and integrity in the selection process and officiating at the Olympics.
Scores from all judges at the end of each round will also now be displayed publicly during qualifying competitions and the Games.
Irish bantamweight Michael Conlan, who said he was "robbed", and Kazakhstan's Vassiliy Levit lost bouts in which they both appeared to win comfortably during Rio 2016.


Before Change
print("Saving the results in rerun_output.sh")
with open("rerun_output.sh", "w") as fout:
for command in rerun:
fout.write(command + "\n")
if __name__ == "__main__":
main()
After Change
ret = process_single(log, args.verbose)
if ret:
rerun += [ret]
rerun = sorted(rerun, key=lambda x: x["last_val"], reverse=True)
print("Need to rerun {} / {} models".format(len(rerun), len(args.logs)))
print("Saving the results in rerun_output.json")
with open("rerun_output.json", "w") as fout:


Class Feature
Class Feature
- Mapbender\DataSourceBundle\Entity\DataItem
- Mapbender\DataSourceBundle\Entity\Feature
Namespace: Mapbender\DataSourceBundle\Entity
Package: Mapbender\CoreBundle\Entity
Author: Andriy Oblivantsev<EMAIL_ADDRESS>Located at data-source/Entity/Feature.php
Package: Mapbender\CoreBundle\Entity
Author: Andriy Oblivantsev<EMAIL_ADDRESS>Located at data-source/Entity/Feature.php
Methods summary
public
mixed
|
|
public
mixed
|
|
public
mixed
|
|
public
|
|
public
|
|
public
|
#
__construct( mixed $args = null, integer $srid = null, string $uniqueIdField = 'id', string $geomField = "geom" )
|
public
array
|
|
public
string
|
|
public
mixed
|
|
public
boolean
|
|
public
string
|
|
public
|
Methods inherited from Mapbender\DataSourceBundle\Entity\DataItem
getAttribute()
,
getAttributes()
,
getChildren()
,
getId()
,
hasId()
,
setAttribute()
,
setAttributes()
,
setChildren()
,
setId()
Magic methods summary
Constants summary
string |
TYPE_POINT
|
# 'POINT' |
string |
TYPE_LINESTRING
|
# 'LINESTRING' |
string |
TYPE_POLYGON
|
# 'POLYGON' |
string |
TYPE_MULTIPOINT
|
# 'MULTIPOINT' |
string |
TYPE_MULTILINESTRING
|
# 'MULTILINESTRING' |
string |
TYPE_MULTIPOLYGON
|
# 'MULTIPOLYGON' |
string |
TYPE_GEOMETRYCOLLECTION
|
# 'GEOMETRYCOLLECTION' |
Properties summary
public static
array
|
$simpleGeometries
|
# array(
Feature::TYPE_POINT,
Feature::TYPE_LINESTRING,
Feature::TYPE_POLYGON,
) |
public static
array
|
$complexGeometries
|
# array(
Feature::TYPE_MULTIPOLYGON,
Feature::TYPE_MULTILINESTRING,
Feature::TYPE_MULTIPOINT
) |
protected
mixed
|
$geom
Geometries as WKT |
|
protected
mixed
|
$srid
Geometry SRID |
|
protected
mixed
|
$geomField
GEOM field name |
|
protected
mixed
|
$type
Geometry type. |


Welcome to Rajun Cajun. Come on in and try our unique dishes like the Alu Bengan or the Sambharo curry - you won't find them anywhere else.
Chicken Marinated in yogurt, garlic and curry spices
Leg: $2.50; Breast: $2.75; Half: $5.00; Whole: $9.50
White meat chicken cooked with yogurt, cardamom, and curry sauce
Medium: $4.50; Large: $8.50
Boneless pieces of tandoori chicken in cream curry sauce
Medium: $4.50; Large: $8.50
Boneless lamb cubes cooked in curry sauce
Medium: $6.00; Large: $10.50
Fried chicken. Substitute breast for $0.89
$3.25
$4.25
$5.25
$3.99
$4.79
$5.99
Fried chicken dinners. Your choice of 2 sides. Substitute for breast $0.89
$4.99
$5.79
$6.99
$5.50
$6.25
$7.50
$5.50
$6.25
$7.50
With 2 large sides and 4 muffins
$15.99
With 2 large sides and large muffins
$19.99
Spicy vegetable curries
Chickpeas and spinach, cooked in a curry sauce with garlic, ginger and tomatos
Small: $1.99 / Medium: $2.99 / Large: $4.99
Cabbage and carrots, stir-fried with curry, tumeric and lemon juice
Small: $1.99 / Medium: $2.99 / Large: $4.99
Cauliflower and peas in tomato curry with garlic and ginger
Small: $1.99 / Medium: $2.99 / Large: $4.99
Potatoes lightly stir-fried with tumeric, sesame seeds and fresh green chilies
Small: $1.99 / Medium: $2.99 / Large: $4.99
Lentals cooked in tomato curry with garlic and ginger
Small: $1.99 / Medium: $2.99 / Large: $4.99
Kidney beans cooked with sliced onions, in a tomato curry sauce with health doses of garlic
Small: $1.99 / Medium: $2.99 / Large: $4.99
Potatoes and eggplant sauteed in a curry sauce with tomatoes, garlic, lemon juice and sugar
Small: $1.99 / Medium: $2.99 / Large: $4.99
Spinach and homemade curd cheese cooked in cream curry
Small: $1.99 / Medium: $2.99 / Large: $4.99
Two pcs of tandoori chicken, one parothi, one samosa, and one of our spicy vegetables
$9.99
Medium butter chicken, one of our spicy vegetables, one parotha, one samosa and basmati rice
$9.99
Two of our spicy vegetables, one parotha, one samosa, and basmati rice
$8.99
Medium lamb curry, one of our vegetetables, one parotha, one samosa, and basmati rice
$12.99
Medium curry chicken, one of our vegetables, one parotha, one samosa, and basmati rice
$9.99
8 pcs chicken, 2 large vegetables, 1 large rice, 4 samosas, 4 parathas
$35.99
Small: $1.29
Medium:$2.29
Large:$3.50
$0.99
Yogurt cucumber sauce
$1.29
$0.59
Small:$1.29
Medium:$2.29
Large:$3.60
Small:$1.29
Medium:$2.29
Large:$3.60
Small:$1.29
Medium:$2.29
Large:$3.60
Small:$1.29
Medium:$2.29
Large:$3.60
1 pcs:$0.60
6 pcs:$3.25
12 pcs: $5.99
$0.99
$1.59
Pepsi, Diet Pepsi, Coke, Diet Coke, Sprite, 7-Up, Fanta Orange, Mountain Dew, Dr. Pepper, Diet Dr. Pepper, Ginger Ale
$0.79
Orange Mango, Orange Carrot, Strawberry Banana, Grape Strawberry, Tropical Fruit Punch
$1.49
Green Tea, Energy
$1.89
$1.89
$3.75
$1.50
$1.50
$1.99
$1.99
$1.99
$1.99
$1.99
$2.99
$2.99
$2.99
$2.99
$2.99
We are located at 1459 e. 53rd st. in Chicago, near the corner of 53rd and Harper in the Hyde Park neighborhood. Public Transit directionsMetra to 51st/53rd st. Exit on 53rd, walk west one block. CTA: Red or Green Line to Garfield, transfer to the #55 Bus (eastbound), exit at either Blackstone or S. Lake Park. Walk north to 53rd st. OR: Take the #15 bus from the Red Line's 47th st. stop and exit on S. Lake Park Ave. Walk west one block. We are only able to deliver to locations 1.5 miles from our location. |
Our customers have been all over the world - look on our wall and see. One of these days you will too, and we look forward to hearing about it.


Here you can change the settings to more useful for you:
If you want to propose any additional settings - let us know!


Power Grid will be played per the printed rules from Rio Grande Games. 2F's FAQ is located here: http://www.2f-spiele.de/spiele/faq/faq_frames_eng.htm
Money should be hidden, but must be kept on table!
5-player games use five of the six board regions and 4-player use four of the six; these regions are selected by each player in player order (randomly determined). There is some bad wording in the rulebook and here is how it shall be handled: each player in turn order selects a region they want to be "in play"; you can select any region with the caveat that all regions must be contiguous when the last player selects.
5-player game on the Italy board. P1 choose the brown boot section, P2 selects the Green northern region, and P3/P4/P5 must choose Yellow, Red, and Purple. This will help speed setup for some boards.
We will use 5-player games by preference, resorting to 4-player games if necessary based on the number of players.
HMWG. Up to 36 players will advance to the semifinal. Rankings determined by:
Event Sheet: In order for a game to count an event form must be accurately completed recording ALL pertinent info and submitted promptly to the GM. Winners are responsible for seeing that this is accomplished. Event form(s) will be handed out by the GM before play begins.


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The Composite Pattern allows you to treat single instances of an object the same way as a group of objects. The pattern is often used with hierarchies of objects. Typically, one or more methods should be callable in the same way for either leaf or composite nodes within the hierarchy. In such a case, composite nodes typically invoke the same named method for each of their children nodes.
1. Example
Consider this usage of the composite pattern where we want to call toString()
on either Leaf
or Composite
objects.
In Java, the Component
class is essential as it provides the type used for both leaf and composite nodes. In Groovy, because of duck-typing, we don’t need it for that purpose, however, it can still server as a useful place to place common behaviour between the leaf and composite nodes.
For our purposes, we will assemble the following hierarchy of components.
Here is the code:
abstract class Component {
def name
def toString(indent) {
("-" * indent) + name
}
}
class Composite extends Component {
private children = []
def toString(indent) {
def s = super.toString(indent)
children.each { child ->
s += "\\n" + child.toString(indent + 1)
}
s
}
def leftShift(component) {
children << component
}
}
class Leaf extends Component { }
def root = new Composite(name: "root")
root << new Leaf(name: "leaf A")
def comp = new Composite(name: "comp B")
root << comp
root << new Leaf(name: "leaf C")
comp << new Leaf(name: "leaf B1")
comp << new Leaf(name: "leaf B2")
println root.toString(0)
Here is the resulting output:
root -leaf A -comp B --leaf B1 --leaf B2 -leaf C


public static class OntologicalCPNet.Builder
extends java.lang.Object
OntologicalCPNet
instances.| Modifier and Type | Method and Description |
|---|---|
OntologicalCPNet.Builder |
addPreferenceDefinition(java.lang.String domainValue,
org.semanticweb.owlapi.model.OWLClassExpression definition)
OWL class definitions are required parameters for the
OntologicalCPNet to build. |
OntologicalCPNet |
build()
Builds an
OntologicalCPNet using the parameters set by this OntologicalCPNet.Builder . |
OntologicalCPNet.Builder |
withReasonerFactory(org.semanticweb.owlapi.reasoner.OWLReasonerFactory factory)
Sets the specified factory object for creating
OWLReasoner instances. |
public OntologicalCPNet.Builder withReasonerFactory(org.semanticweb.owlapi.reasoner.OWLReasonerFactory factory)
OWLReasoner
instances.
The factory object is an optional parameter for the OntologicalCPNet
to build.
If this method is not invoked before build()
, a default value will be used.
factory
- java.lang.IllegalStateException
- if a factory object was already set for this builderpublic OntologicalCPNet.Builder addPreferenceDefinition(java.lang.String domainValue, org.semanticweb.owlapi.model.OWLClassExpression definition)
OntologicalCPNet
to build.
This method must be invoked for each element
returned by getPreferenceGraph().domainValues()
,
otherwise build()
will throw an IllegalStateException
.domainValue
- definition
- java.lang.IllegalStateException
- if the specified domainValue
is absent in the base CP-net
or already defined set this builderpublic OntologicalCPNet build() throws org.semanticweb.owlapi.model.OWLOntologyCreationException
OntologicalCPNet
using the parameters set by this OntologicalCPNet.Builder
.
The preference definitions, provided to this Builder
with invocations of addPreferenceDefinition(String, OWLClassExpression)
,
are converted into OWL class definition axioms.
More specifically, for each call to
addPreferenceDefinition(domainValue, definition)
an OWL class C is created using domainValue
as IRI suffix;
then, the OWL axiom
EquivalentClasses(C, definition)
is created.
Additionally, for each preference variable A in the base CP-net with domain values a1, a2, a3, ... the OWL axiom
DisjointUnion(owl:Thing, a1, a2, a3, ...)
is created, in order to "close down the world" with respect to preferences.
The constrained ontology is created by copying the base ontology into a
local OWLOntologyManager
and adding the new axioms.
This method fails if the invoking Builder
is in an inconsistent state.
For detailed information on setting the required parameters, see the javadoc
of the remaining OntologicalCPNet.Builder
methods.
org.semanticweb.owlapi.model.OWLOntologyCreationException
- if the base ontology cannot be copied into
a local OWLOntologyManager
to create the constrained ontology.java.lang.IllegalStateException
- if the required parameters are not set properly


GOME2_L2_O3MNTO
Variables
The table below lists the variables that are present in the HARP product that results from an ingestion of GOME2_L2_O3MNTO
data.
field name |
type |
dimensions |
unit |
description |
|---|---|---|---|---|
datetime |
double |
{time} |
[seconds since 2000-01-01] |
time of the measurement |
longitude |
double |
{time} |
[degree_east] |
longitude of the measurement |
latitude |
double |
{time} |
[degree_north] |
latitude of the measurement |
longitude_bounds |
double |
{time, 4} |
[degree_east] |
corner longitudes of the measurement |
latitude_bounds |
double |
{time, 4} |
[degree_north] |
corner latitudes of the measurement |
sensor_solar_zenith_angle |
double |
{time} |
[degree] |
solar zenith angle at the sensor |
solar_zenith_angle |
double |
{time} |
[degree] |
solar zenith angle at top of atmosphere |
viewing_zenith_angle |
double |
{time} |
[degree] |
viewing zenith angle at top of atmosphere |
relative_azimuth_angle |
double |
{time} |
[degree] |
relative azimuth angle at top of atmosphere |
BrO_column_number_density |
double |
{time} |
[molec/cm^2] |
BrO column number density |
BrO_column_number_density_uncertainty |
double |
{time} |
[molec/cm^2] |
uncertainty of the BrO column number density |
BrO_column_number_density_validity |
int8 |
{time} |
[] |
quality flags for BrO retrieval |
H2O_column_density |
double |
{time} |
[kg/m^2] |
H2O column mass density |
H2O_column_density_uncertainty |
double |
{time} |
[kg/m^2] |
uncertainty of the H2O column mass density |
H2O_column_number_density_validity |
int8 |
{time} |
[] |
quality flags for H2O retrieval |
HCHO_column_number_density |
double |
{time} |
[molec/cm^2] |
HCHO column number density |
HCHO_column_number_density_uncertainty |
double |
{time} |
[molec/cm^2] |
uncertainty of the HCHO column number density |
HCHO_column_number_density_validity |
int16 |
{time} |
[] |
quality flags for HCHO retrieval |
NO2_column_number_density |
double |
{time} |
[molec/cm^2] |
NO2 column number density |
NO2_column_number_density_uncertainty |
double |
{time} |
[molec/cm^2] |
uncertainty of the NO2 column number density |
NO2_column_number_density_validity |
int8 |
{time} |
[] |
quality flags for NO2 retrieval |
tropospheric_NO2_column_number_density |
double |
{time} |
[molec/cm^2] |
tropospheric NO2 column number density |
tropospheric_NO2_column_number_density_uncertainty |
double |
{time} |
[molec/cm^2] |
uncertainty of the tropospheric NO2 column number density |
tropospheric_NO2_column_number_density_validity |
int8 |
{time} |
[] |
quality flags for tropospheric NO2 retrieval |
O3_column_number_density |
double |
{time} |
[molec/cm2] |
O3 column number density |
O3_column_number_density_uncertainty |
double |
{time} |
[molec/cm2] |
uncertainty of the O3 column number density |
O3_column_number_density_validity |
int8 |
{time} |
[] |
quality flags for O3 retrieval |
OClO_column_number_density |
double |
{time} |
[molec/cm^2] |
OClO column number density |
OClO_column_number_density_uncertainty |
double |
{time} |
[molec/cm^2] |
uncertainty of the OClO column number density |
OClO_column_number_density_validity |
int8 |
{time} |
[] |
quality flags for OClO retrieval |
SO2_column_number_density |
double |
{time} |
[molec/cm2] |
SO2 column number density |
SO2_column_number_density_uncertainty |
double |
{time} |
[molec/cm2] |
uncertainty of the SO2 column number density |
SO2_column_number_density_validity |
int16 |
{time} |
[] |
quality flags for SO2 retrieval |
BrO_column_number_density_amf |
double |
{time} |
[] |
BrO air mass factor |
BrO_column_number_density_amf_uncertainty |
double |
{time} |
[] |
uncertainty of the BrO air mass factor |
H2O_column_number_density_amf |
double |
{time} |
[] |
H2O air mass factor |
H2O_column_number_density_amf_uncertainty |
double |
{time} |
[] |
uncertainty of the H2O air mass factor |
HCHO_column_number_density_amf |
double |
{time} |
[] |
HCHO air mass factor |
HCHO_column_number_density_amf_uncertainty |
double |
{time} |
[] |
uncertainty of the HCHO air mass factor |
NO2_column_number_density_amf |
double |
{time} |
[] |
NO2 air mass factor |
NO2_column_number_density_amf_uncertainty |
double |
{time} |
[] |
uncertainty of the NO2 air mass factor |
tropospheric_NO2_column_number_density_amf |
double |
{time} |
[] |
tropospheric NO2 air mass factor |
tropospheric_NO2_column_number_density_amf_uncertainty |
double |
{time} |
[] |
uncertainty of the tropospheric NO2 air mass factor |
O3_column_number_density_amf |
double |
{time} |
[] |
O3 air mass factor |
O3_column_number_density_amf_uncertainty |
double |
{time} |
[] |
uncertainty of the O3 air mass factor |
OClO_column_number_density_amf |
double |
{time} |
[] |
OClO air mass factor |
OClO_column_number_density_amf_uncertainty |
double |
{time} |
[] |
uncertainty of the OClO air mass factor |
SO2_column_number_density_amf |
double |
{time} |
[] |
SO2 air mass factor |
SO2_column_number_density_amf_uncertainty |
double |
{time} |
[] |
uncertainty of the SO2 air mass factor |
BrO_slant_column_number_density |
double |
{time} |
[molec/cm^2] |
BrO retrieved effective slant column |
BrO_slant_column_number_density_uncertainty |
double |
{time} |
[molec/cm^2] |
uncertainty of the BrO retrieved effective slant column |
H2O_slant_column_number_density |
double |
{time} |
[molec/cm^2] |
H2O retrieved effective slant column |
H2O_slant_column_number_density_uncertainty |
double |
{time} |
[molec/cm^2] |
uncertainty of the H2O retrieved effective slant column |
HCHO_slant_column_number_density |
double |
{time} |
[molec/cm^2] |
HCHO retrieved effective slant column |
HCHO_slant_column_number_density_uncertainty |
double |
{time} |
[molec/cm^2] |
uncertainty of the HCHO retrieved effective slant column |
NO2_slant_column_number_density |
double |
{time} |
[molec/cm^2] |
NO2 retrieved effective slant column |
NO2_slant_column_number_density_uncertainty |
double |
{time} |
[molec/cm^2] |
uncertainty of the NO2 retrieved effective slant column |
O3_slant_column_number_density |
double |
{time} |
[molec/cm^2] |
O3 retrieved effective slant column |
O3_slant_column_number_density_uncertainty |
double |
{time} |
[molec/cm^2] |
uncertainty of the O3 retrieved effective slant column |
OClO_slant_column_number_density |
double |
{time} |
[molec/cm^2] |
OClO retrieved effective slant column |
OClO_slant_column_number_density_uncertainty |
double |
{time} |
[molec/cm^2] |
uncertainty of the OClO retrieved effective slant column |
SO2_slant_column_number_density |
double |
{time} |
[molec/cm^2] |
SO2 retrieved effective slant column |
SO2_slant_column_number_density_uncertainty |
double |
{time} |
[molec/cm^2] |
uncertainty of the SO2 retrieved effective slant column |
O3_effective_temperature |
double |
{time} |
[K] |
fitted ozone temperature |
pressure |
double |
{time, vertical} |
[hPa] |
pressure levels |
HCHO_volume_mixing_ratio_dry_air_apriori |
double |
{time, vertical} |
[ppv] |
a priori HCHO volume mixing ratio profile |
HCHO_column_number_density_avk |
double |
{time, vertical} |
[] |
HCHO column averaging kernel |
NO2_volume_mixing_ratio_dry_air_apriori |
double |
{time, vertical} |
[ppv] |
a priori NO2 volume mixing ratio profile |
NO2_column_number_density_avk |
double |
{time, vertical} |
[] |
NO2 column averaging kernel |
surface_albedo |
double |
{time} |
[] |
surface albedo |
cloud_fraction |
double |
{time} |
[] |
cloud fraction |
cloud_fraction_uncertainty |
double |
{time} |
[] |
uncertainty of the cloud fraction |
cloud_top_pressure |
double |
{time} |
[hPa] |
cloud top pressure |
cloud_top_pressure_uncertainty |
double |
{time} |
[hPa] |
uncertainty of the cloud top pressure |
cloud_top_height |
double |
{time} |
[km] |
cloud top height |
cloud_top_height_uncertainty |
double |
{time} |
[km] |
uncertainty of the cloud top height |
cloud_top_albedo |
double |
{time} |
[] |
cloud top albedo |
cloud_top_albedo_uncertainty |
double |
{time} |
[] |
uncertainty of the cloud top albedo |
cloud_optical_depth |
double |
{time} |
[] |
cloud optical depth |
cloud_optical_depth_uncertainty |
double |
{time} |
[] |
uncertainty of the cloud optical depth |
absorbing_aerosol_index |
double |
{time} |
[] |
absorbing aerosol index |
surface_heigth |
double |
{time} |
[km] |
surface height |
surface_pressure |
double |
{time} |
[hPa] |
surface pressure |
scan_subindex |
int8 |
{time} |
the relative index (0-31) of this measurement within a scan (forward + backward) |
|
scan_direction_type |
int8 |
{time} |
scan direction for each measurement; enumeration values: forward (0), backward (1) |
|
index |
int32 |
{time} |
zero-based index of the sample within the source product |
Ingestion options
The table below lists the available ingestion options for GOME2_L2_O3MNTO
products.
option name |
legal values |
description |
|---|---|---|
detailed_results |
BrO, H2O, HCHO, NO2, O3, OClO, SO2 |
include additional detailed results for the given species |
corrected |
true |
include corrected VCD and/or ESC (corrected=true) or uncorrected VCD/ESC (default); this only applies to the species for which additional detailed results are ingested (detailed_results is set to one of BrO, H2O, HCHO, NO2, O3, SO2, or OClO); for SO2 this option is only applicable for the 6km height (other heights always provide corrected columns) |
so2_column |
15km, 6km, 2.5km, 1km |
plume height retrieval version of the SO2 column to ingest (default is 6km); only applicable if detailed_results is set to SO2 |
Mapping description
The table below details where and how each variable was retrieved from the input product.
field name |
mapping description |
|
|---|---|---|
datetime |
path |
/GEOLOCATION/Time[]/Day, /GEOLOCATION/Time[]/MillisecondOfDay |
description |
the time values are converted to seconds since 2000-01-01 00:00:00 using time = (Day -<PHONE_NUMBER>) * 86400 + MillisecondOfDay / 1000 |
|
longitude |
path |
/GEOLOCATION/LongitudeCentre[] |
latitude |
path |
/GEOLOCATION/LatitudeCentre[] |
longitude_bounds |
path |
/GEOLOCATION/LongitudeA[], /GEOLOCATION/LongitudeB[], /GEOLOCATION/LongitudeC[], /GEOLOCATION/LongitudeD[] |
description |
the corner coordinates are re-arranged in the order B-D-C-A |
|
latitude_bounds |
path |
/GEOLOCATION/LatitudeA[], /GEOLOCATION/LatitudeB[], /GEOLOCATION/LatitudeC[], /GEOLOCATION/LatitudeD[] |
description |
the corner coordinates are re-arranged in the order B-D-C-A |
|
sensor_solar_zenith_angle |
path |
/GEOLOCATION/SolarZenithAngleSatCentre[] |
solar_zenith_angle |
path |
/GEOLOCATION/SolarZenithAngleCentre[] |
viewing_zenith_angle |
path |
/GEOLOCATION/LineOfSightZenithAngleCentre[] |
relative_azimuth_angle |
path |
/GEOLOCATION/RelativeAzimuthCentre[] |
BrO_column_number_density |
available |
optional |
condition |
detailed_results!=BrO or corrected unset |
|
path |
/TOTAL_COLUMNS/BrO[] |
|
condition |
detailed_results=BrO and corrected=true |
|
path |
/DETAILED_RESULTS/BrO/VCDCorrected[] |
|
BrO_column_number_density_uncertainty |
available |
optional |
condition |
(detailed_results!=BrO or corrected unset)) and CODA product version < 3 |
|
path |
/TOTAL_COLUMNS/BrO_Error[], /TOTAL_COLUMNS/BrO[] |
|
description |
derived from the relative error in percent as: BrO_Error[] * 0.01 * BrO[] |
|
condition |
(detailed_results!=BrO or corrected unset) and CODA product version >= 3 |
|
path |
/TOTAL_COLUMNS/BrO_Error[] |
|
condition |
detailed_results=BrO and corrected=true |
|
path |
/DETAILED_RESULTS/BrO/VCDCorrected_Error[] |
|
BrO_column_number_density_validity |
available |
optional |
path |
/DETAILED_RESULTS/QualityFlags[,window], /META_DATA/MainSpecies[] |
|
description |
window is the index in MainSpecies[] that has the value ‘BrO’ |
|
H2O_column_density |
available |
optional |
condition |
detailed_results!=H2O or corrected unset |
|
path |
/TOTAL_COLUMNS/H2O[] |
|
condition |
detailed_results=H2O and corrected=true |
|
path |
/DETAILED_RESULTS/H2O/VDCCorrected[] |
|
H2O_column_density_uncertainty |
available |
optional |
condition |
(detailed_results!=H2O or corrected unset) and CODA product version < 3 |
|
path |
/TOTAL_COLUMNS/H2O_Error[], /TOTAL_COLUMNS/H2O[] |
|
description |
derived from the relative error in percent as: H2O_Error[] * 0.01 * H2O[] |
|
condition |
(detailed_results!=H2O or corrected unset) and CODA product version >= 3 |
|
path |
/TOTAL_COLUMNS/H2O_Error[] |
|
condition |
detailed_results=H2O and corrected=true |
|
path |
/DETAILED_RESULTS/H2O/VDCCorrected_Error[] |
|
H2O_column_number_density_validity |
available |
optional |
path |
/DETAILED_RESULTS/QualityFlags[,window], /META_DATA/MainSpecies[], /DETAILED_RESULTS/H2O/H2O_Flag |
|
description |
window is the index in MainSpecies[] that has the value ‘H2O’; validity = (QualityFlags & 15) + 16 * (H2O_Flag & 3) |
|
HCHO_column_number_density |
available |
optional |
condition |
detailed_results!=HCHO or corrected unset |
|
path |
/TOTAL_COLUMNS/HCHO[] |
|
condition |
detailed_results=HCHO and corrected=true |
|
path |
/DETAILED_RESULTS/HCHO/VDCCorrected[] |
|
HCHO_column_number_density_uncertainty |
available |
optional |
condition |
(detailed_results!=HCHO or corrected unset) and CODA product version < 3 |
|
path |
/TOTAL_COLUMNS/HCHO_Error[], /TOTAL_COLUMNS/HCHO[] |
|
description |
derived from the relative error in percent as: HCHO_Error[] * 0.01 * HCHO[] |
|
condition |
(detailed_results!=HCHO or corrected unset) and CODA product version >= 3 |
|
path |
/TOTAL_COLUMNS/HCHO_Error[] |
|
condition |
detailed_results=HCHO and corrected=true |
|
path |
/DETAILED_RESULTS/HCHO/VDCCorrected_Error[] |
|
HCHO_column_number_density_validity |
available |
optional |
path |
/DETAILED_RESULTS/QualityFlags[,window], /META_DATA/MainSpecies[], /DETAILED_RESULTS/HCHO/HCHO_Flag |
|
description |
window is the index in MainSpecies[] that has the value ‘HCHO’; validity = (QualityFlags & 15) + 16 * (HCHO_Flag & 15) |
|
NO2_column_number_density |
available |
optional |
condition |
detailed_results!=NO2 or corrected unset |
|
path |
/TOTAL_COLUMNS/NO2[] |
|
condition |
detailed_results=NO2 and corrected=true |
|
path |
/DETAILED_RESULTS/NO2/VCDCorrected[] |
|
NO2_column_number_density_uncertainty |
available |
optional |
condition |
(detailed_results!=NO2 or corrected unset) and CODA product version < 3 |
|
path |
/TOTAL_COLUMNS/NO2_Error[], /TOTAL_COLUMNS/NO2[] |
|
description |
derived from the relative error in percent as: NO2_Error[] * 0.01 * NO2[] |
|
condition |
(detailed_results!=NO2 or corrected unset) and CODA product version >= 3 |
|
path |
/TOTAL_COLUMNS/NO2_Error[] |
|
condition |
detailed_results=NO2 and corrected=true |
|
path |
/DETAILED_RESULTS/NO2/VCDCorrected_Error[] |
|
NO2_column_number_density_validity |
available |
optional |
path |
/DETAILED_RESULTS/QualityFlags[,window], /META_DATA/MainSpecies[] |
|
description |
window is the index in MainSpecies[] that has the value ‘NO2’ |
|
tropospheric_NO2_column_number_density |
available |
optional |
condition |
detailed_results!=NO2 and CODA product version < 2 |
|
path |
/TOTAL_COLUMNS/NO2_Trop[] |
|
condition |
detailed_results!=NO2 and CODA product version >= 2 |
|
path |
/TOTAL_COLUMNS/NO2Tropo[] |
|
condition |
detailed_results=NO2 |
|
path |
/DETAILED_RESULTS/NO2/VCDTropo[] |
|
tropospheric_NO2_column_number_density_uncertainty |
available |
optional |
condition |
detailed_results!=NO2 and CODA product version >= 2 |
|
path |
/TOTAL_COLUMNS/NO2Tropo_Error[] |
|
condition |
detailed_results=NO2 and CODA product version >= 2 |
|
path |
/DETAILED_RESULTS/NO2/VCDTropo_Error[] |
|
tropospheric_NO2_column_number_density_validity |
available |
optional |
condition |
detailed_results=NO2 and CODA product version >=2 |
|
path |
/DETAILED_RESULTS/NO2/NO2Tropo_Flag |
|
O3_column_number_density |
available |
optional |
condition |
detailed_results!=O3 or corrected unset |
|
path |
/TOTAL_COLUMNS/O3[] |
|
description |
unit is converted from DU to molec/cm2 |
|
condition |
detailed_results=O3 and corrected=true |
|
path |
/DETAILED_RESULTS/O3/VDCCorrected[] |
|
O3_column_number_density_uncertainty |
available |
optional |
condition |
(detailed_results!=O3 or corrected unset) and CODA product version < 3 |
|
path |
/TOTAL_COLUMNS/O3_Error[], /TOTAL_COLUMNS/O3[] |
|
description |
derived from the relative error in percent as: O3_Error[] * 0.01 * O3[]; unit is converted from DU to molec/cm2 |
|
condition |
(detailed_results!=O3 or corrected unset) and CODA product version >= 3 |
|
path |
/TOTAL_COLUMNS/O3_Error[] |
|
description |
unit is converted from DU to molec/cm2 |
|
condition |
detailed_results=O3 and corrected=true |
|
path |
/DETAILED_RESULTS/O3/VDCCorrected_Error[] |
|
O3_column_number_density_validity |
available |
optional |
condition |
CODA product version < 3 |
|
path |
/DETAILED_RESULTS/QualityFlags[,window], /META_DATA/MainSpecies[] |
|
description |
window is the index in MainSpecies[] that has the value ‘O3’ |
|
condition |
CODA product version >= 3 |
|
path |
/DETAILED_RESULTS/QualityFlags[,window], /META_DATA/MainSpecies[], /DETAILED_RESULTS/O3/O3_Volcano_Flag |
|
description |
window is the index in MainSpecies[] that has the value ‘O3’; validity = (QualityFlags & 15) + 16 * (O3_Volcano_Flag & 1) |
|
OClO_column_number_density |
available |
optional |
path |
/TOTAL_COLUMNS/OClO[] |
|
OClO_column_number_density_uncertainty |
available |
optional |
condition |
CODA product version < 3 |
|
path |
/TOTAL_COLUMNS/OClO_Error[], /TOTAL_COLUMNS/OClO[] |
|
description |
derived from the relative error in percent as: OClO_Error[] * 0.01 * OClO[] |
|
condition |
CODA product version >= 3 |
|
path |
/TOTAL_COLUMNS/OClO_Error[] |
|
OClO_column_number_density_validity |
available |
optional |
path |
/DETAILED_RESULTS/QualityFlags[,window], /META_DATA/MainSpecies[], /DETAILED_RESULTS/OClO/OClO_Flag |
|
description |
window is the index in MainSpecies[] that has the value ‘OClO’; validity = (QualityFlags & 15) + 16 * (OClO_Flag & 7) |
|
SO2_column_number_density |
available |
optional |
condition |
detailed_results!=SO2 or ((so2_column=6km or so2_column unset) and corrected unset) |
|
path |
/TOTAL_COLUMNS/SO2[] |
|
description |
unit is converted from DU to molec/cm2 |
|
condition |
detailed_results=SO2 and so2_column=15km |
|
path |
/DETAILED_RESULTS/SO2/VCDCorrected[:,0] |
|
condition |
detailed_results=SO2 and (so2_column=6km or so2_column unset) and corrected=true |
|
path |
/DETAILED_RESULTS/SO2/VCDCorrected[:,1] |
|
condition |
detailed_results=SO2 and so2_column=2.5km |
|
path |
/DETAILED_RESULTS/SO2/VCDCorrected[:,2] |
|
condition |
detailed_results=SO2 and so2_column=1km and CODA product version >= 3 |
|
path |
/DETAILED_RESULTS/SO2/VCDCorrected[:,3] |
|
SO2_column_number_density_uncertainty |
available |
optional |
condition |
(detailed_results!=SO2 or ((so2_column=6km or so2_column unset) and corrected unset)) and CODA product version < 3 |
|
path |
/TOTAL_COLUMNS/SO2_Error[], /TOTAL_COLUMNS/SO2[] |
|
description |
derived from the relative error in percent as: SO2_Error[] * 0.01 * SO2[]; unit is converted from DU to molec/cm2 |
|
condition |
(detailed_results!=SO2 or ((so2_column=6km or so2_column unset) and corrected unset)) and CODA product version >= 3 |
|
path |
/TOTAL_COLUMNS/SO2_Error[] |
|
description |
unit is converted from DU to molec/cm2 |
|
condition |
detailed_results=SO2 and so2_column=15km |
|
path |
/DETAILED_RESULTS/SO2/VCDCorrected_Error[:,0] |
|
condition |
detailed_results=SO2 and (so2_column=6km or so2_column unset) and corrected=true |
|
path |
/DETAILED_RESULTS/SO2/VCDCorrected_Error[:,1] |
|
condition |
detailed_results=SO2 and so2_column=2.5km |
|
path |
/DETAILED_RESULTS/SO2/VCDCorrected_Error[:,2] |
|
condition |
detailed_results=SO2 and so2_column=1km and CODA product version >= 3 |
|
path |
/DETAILED_RESULTS/SO2/VCDCorrected_Error[:,3] |
|
SO2_column_number_density_validity |
available |
optional |
condition |
CODA product version < 3 |
|
path |
/DETAILED_RESULTS/QualityFlags[,window], /META_DATA/MainSpecies[], /DETAILED_RESULTS/SO2/SO2_Flag |
|
description |
window is the index in MainSpecies[] that has the value ‘SO2’; validity = (QualityFlags & 15) + 16 * (SO2_Flag & 15) |
|
condition |
CODA product version >= 3 |
|
path |
/DETAILED_RESULTS/QualityFlags[,window], /META_DATA/MainSpecies[], /DETAILED_RESULTS/SO2/SO2_Flag, /DETAILED_RESULTS/SO2/SO2_Volcano_Flag |
|
description |
window is the index in MainSpecies[] that has the value ‘SO2’; validity = (QualityFlags & 15) + 16 * (SO2_Flag & 15) + (SO2_Volcano_Flag > 0 ? 256 * 2^(SO2_Volcano_Flag - 1) : 0) |
|
BrO_column_number_density_amf |
available |
optional |
condition |
detailed_results=BrO |
|
path |
/DETAILED_RESULTS/AMFTotal[,window], /META_DATA/MainSpecies[] |
|
description |
window is the index in MainSpecies[] that has the value ‘BrO’ |
|
BrO_column_number_density_amf_uncertainty |
available |
optional |
condition |
detailed_results=BrO |
|
path |
/DETAILED_RESULTS/AMFTotal_Error[,window], /DETAILED_RESULTS/AMFTotal[,window], /META_DATA/MainSpecies[] |
|
description |
derived from the relative error in percent as: AMFTotal_Error[,window] * 0.01 * AMFTotal[,window]; window is the index in MainSpecies[] that has the value ‘BrO’ |
|
H2O_column_number_density_amf |
available |
optional |
condition |
detailed_results=H2O |
|
path |
/DETAILED_RESULTS/AMFTotal[,window], /META_DATA/MainSpecies[] |
|
description |
window is the index in MainSpecies[] that has the value ‘H2O’ |
|
H2O_column_number_density_amf_uncertainty |
available |
optional |
condition |
detailed_results=H2O |
|
path |
/DETAILED_RESULTS/AMFTotal_Error[,window], /DETAILED_RESULTS/AMFTotal[,window], /META_DATA/MainSpecies[] |
|
description |
derived from the relative error in percent as: AMFTotal_Error[,window] * 0.01 * AMFTotal[,window]; window is the index in MainSpecies[] that has the value ‘H2O’ |
|
HCHO_column_number_density_amf |
available |
optional |
condition |
detailed_results=HCHO |
|
path |
/DETAILED_RESULTS/AMFTotal[,window], /META_DATA/MainSpecies[] |
|
description |
window is the index in MainSpecies[] that has the value ‘HCHO’ |
|
HCHO_column_number_density_amf_uncertainty |
available |
optional |
condition |
detailed_results=HCHO |
|
path |
/DETAILED_RESULTS/AMFTotal_Error[,window], /DETAILED_RESULTS/AMFTotal[,window], /META_DATA/MainSpecies[] |
|
description |
derived from the relative error in percent as: AMFTotal_Error[,window] * 0.01 * AMFTotal[,window]; window is the index in MainSpecies[] that has the value ‘HCHO’ |
|
NO2_column_number_density_amf |
available |
optional |
condition |
detailed_results=NO2 |
|
path |
/DETAILED_RESULTS/AMFTotal[,window], /META_DATA/MainSpecies[] |
|
description |
window is the index in MainSpecies[] that has the value ‘NO2’ |
|
NO2_column_number_density_amf_uncertainty |
available |
optional |
path |
detailed_results=NO2 |
|
description |
derived from the relative error in percent as: AMFTotal_Error[,window] * 0.01 * AMFTotal[,window]; window is the index in MainSpecies[] that has the value ‘NO2’ |
|
tropospheric_NO2_column_number_density_amf |
available |
optional |
condition |
detailed_results=NO2 and CODA product version >= 2 |
|
path |
/DETAILED_RESULTS/NO2/AMFTropo[] |
|
tropospheric_NO2_column_number_density_amf_uncertainty |
available |
optional |
path |
detailed_results=NO2 and CODA product version >= 2 |
|
description |
derived from the relative error in percent as: AMFTropo_Error[] * 0.01 * AMFTropo[] |
|
O3_column_number_density_amf |
available |
optional |
condition |
detailed_results=O3 |
|
path |
/DETAILED_RESULTS/AMFTotal[,window], /META_DATA/MainSpecies[] |
|
description |
window is the index in MainSpecies[] that has the value ‘O3’ |
|
O3_column_number_density_amf_uncertainty |
available |
optional |
condition |
detailed_results=O3 |
|
path |
/DETAILED_RESULTS/AMFTotal_Error[,window], /DETAILED_RESULTS/AMFTotal[,window], /META_DATA/MainSpecies[] |
|
description |
derived from the relative error in percent as: AMFTotal_Error[,window] * 0.01 * AMFTotal[,window]; window is the index in MainSpecies[] that has the value ‘O3’ |
|
OClO_column_number_density_amf |
available |
optional |
condition |
detailed_results=OClO |
|
path |
/DETAILED_RESULTS/AMFTotal[,window], /META_DATA/MainSpecies[] |
|
description |
window is the index in MainSpecies[] that has the value ‘OClO’ |
|
OClO_column_number_density_amf_uncertainty |
available |
optional |
condition |
detailed_results=OClO |
|
path |
/DETAILED_RESULTS/AMFTotal_Error[,window], /DETAILED_RESULTS/AMFTotal[,window], /META_DATA/MainSpecies[] |
|
description |
derived from the relative error in percent as: AMFTotal_Error[,window] * 0.01 * AMFTotal[,window]; window is the index in MainSpecies[] that has the value ‘OClO’ |
|
SO2_column_number_density_amf |
available |
optional |
condition |
detailed_results=SO2 and so2_column=15km |
|
path |
/DETAILED_RESULTS/SO2/AMFTotal[:,0] |
|
condition |
detailed_results=SO2 and (so2_column=6km or so2_column unset) |
|
path |
/DETAILED_RESULTS/SO2/AMFTotal[:,1] |
|
condition |
detailed_results=SO2 and so2_column=2.5km |
|
path |
/DETAILED_RESULTS/SO2/AMFTotal[:,2] |
|
condition |
detailed_results=SO2 and so2_column=1km and CODA product version >= 3 |
|
path |
/DETAILED_RESULTS/SO2/AMFTotal[:,3] |
|
SO2_column_number_density_amf_uncertainty |
available |
optional |
condition |
detailed_results=SO2 and so2_column=15km |
|
path |
/DETAILED_RESULTS/SO2/AMFTotal_Error[:,0] |
|
condition |
detailed_results=SO2 and (so2_column=6km or so2_column unset) |
|
path |
/DETAILED_RESULTS/SO2/AMFTotal_Error[:,1] |
|
condition |
detailed_results=SO2 and so2_column=2.5km |
|
path |
/DETAILED_RESULTS/SO2/AMFTotal_Error[:,2] |
|
condition |
detailed_results=SO2 and so2_column=1km and CODA product version >= 3 |
|
path |
/DETAILED_RESULTS/SO2/AMFTotal_Error[:,3] |
|
BrO_slant_column_number_density |
available |
optional |
condition |
detailed_results=BrO and corrected unset |
|
path |
/DETAILED_RESULTS/ESC[,window], /META_DATA/MainSpecies[] |
|
description |
window is the index in MainSpecies[] that has the value ‘BrO’ |
|
condition |
detailed_results=BrO and corrected=true |
|
path |
/DETAILED_RESULTS/BrO/ESCCorrected[] |
|
BrO_slant_column_number_density_uncertainty |
available |
optional |
condition |
detailed_results=BrO and corrected unset |
|
path |
/DETAILED_RESULTS/ESC_Error[,window], /DETAILED_RESULTS/ESC[,window], /META_DATA/MainSpecies[] |
|
description |
derived from the relative error in percent as: ESC_Error[,window] * 0.01 * ESC[,window]; window is the index in MainSpecies[] that has the value ‘BrO’ |
|
H2O_slant_column_number_density |
available |
optional |
condition |
detailed_results=H2O and corrected unset |
|
path |
/DETAILED_RESULTS/ESC[,window], /META_DATA/MainSpecies[] |
|
description |
window is the index in MainSpecies[] that has the value ‘H2O’ |
|
condition |
detailed_results=H2O and corrected=true |
|
path |
/DETAILED_RESULTS/H2O/ESCCorrected[] |
|
H2O_slant_column_number_density_uncertainty |
available |
optional |
condition |
detailed_results=H2O and corrected unset |
|
path |
/DETAILED_RESULTS/ESC_Error[,window], /DETAILED_RESULTS/ESC[,window], /META_DATA/MainSpecies[] |
|
description |
derived from the relative error in percent as: ESC_Error[,window] * 0.01 * ESC[,window]; window is the index in MainSpecies[] that has the value ‘H2O’ |
|
HCHO_slant_column_number_density |
available |
optional |
condition |
detailed_results=HCHO and corrected unset |
|
path |
/DETAILED_RESULTS/ESC[,window], /META_DATA/MainSpecies[] |
|
description |
window is the index in MainSpecies[] that has the value ‘HCHO’ |
|
condition |
detailed_results=HCHO and corrected=true |
|
path |
/DETAILED_RESULTS/HCHO/ESCCorrected[] |
|
HCHO_slant_column_number_density_uncertainty |
available |
optional |
condition |
detailed_results=HCHO and corrected unset |
|
path |
/DETAILED_RESULTS/ESC_Error[,window], /DETAILED_RESULTS/ESC[,window], /META_DATA/MainSpecies[] |
|
description |
derived from the relative error in percent as: ESC_Error[,window] * 0.01 * ESC[,window]; window is the index in MainSpecies[] that has the value ‘HCHO’ |
|
NO2_slant_column_number_density |
available |
optional |
condition |
detailed_results=NO2 |
|
path |
/DETAILED_RESULTS/ESC[,window], /META_DATA/MainSpecies[] |
|
description |
window is the index in MainSpecies[] that has the value ‘NO2’ |
|
NO2_slant_column_number_density_uncertainty |
available |
optional |
condition |
detailed_results=NO2 |
|
path |
/DETAILED_RESULTS/ESC_Error[,window], /DETAILED_RESULTS/ESC[,window], /META_DATA/MainSpecies[] |
|
description |
derived from the relative error in percent as: ESC_Error[,window] * 0.01 * ESC[,window]; window is the index in MainSpecies[] that has the value ‘NO2’ |
|
O3_slant_column_number_density |
available |
optional |
condition |
detailed_results=O3 |
|
path |
/DETAILED_RESULTS/ESC[,window], /META_DATA/MainSpecies[] |
|
description |
window is the index in MainSpecies[] that has the value ‘O3’ |
|
O3_slant_column_number_density_uncertainty |
available |
optional |
condition |
detailed_results=O3 |
|
path |
/DETAILED_RESULTS/ESC_Error[,window], /DETAILED_RESULTS/ESC[,window], /META_DATA/MainSpecies[] |
|
description |
derived from the relative error in percent as: ESC_Error[,window] * 0.01 * ESC[,window]; window is the index in MainSpecies[] that has the value ‘O3’ |
|
OClO_slant_column_number_density |
available |
optional |
condition |
detailed_results=OClO and corrected unset |
|
path |
/DETAILED_RESULTS/ESC[,window], /META_DATA/MainSpecies[] |
|
description |
window is the index in MainSpecies[] that has the value ‘OClO’ |
|
condition |
detailed_results=OClO and corrected=true |
|
path |
/DETAILED_RESULTS/OClO/ESCCorrected[] |
|
OClO_slant_column_number_density_uncertainty |
available |
optional |
condition |
detailed_results=OClO and corrected unset |
|
path |
/DETAILED_RESULTS/ESC_Error[,window], /DETAILED_RESULTS/ESC[,window], /META_DATA/MainSpecies[] |
|
description |
derived from the relative error in percent as: ESC_Error[,window] * 0.01 * ESC[,window]; window is the index in MainSpecies[] that has the value ‘OClO’ |
|
condition |
detailed_results=OClO and corrected=true |
|
path |
/DETAILED_RESULTS/OClO/ESCCorrected_Error[] |
|
SO2_slant_column_number_density |
available |
optional |
condition |
detailed_results!=SO2 or ((so2_column=6km or so2_column unset) and corrected unset) |
|
path |
/DETAILED_RESULTS/ESC[,window], /META_DATA/MainSpecies[] |
|
description |
window is the index in MainSpecies[] that has the value ‘SO2’ |
|
condition |
detailed_results=SO2 and so2_column=15km |
|
path |
/DETAILED_RESULTS/SO2/ESCCorrected[:,0] |
|
condition |
detailed_results=SO2 and (so2_column=6km or so2_column unset) and corrected=true |
|
path |
/DETAILED_RESULTS/SO2/ESCCorrected[:,1] |
|
condition |
detailed_results=SO2 and so2_column=2.5km |
|
path |
/DETAILED_RESULTS/SO2/ESCCorrected[:,2] |
|
condition |
detailed_results=SO2 and so2_column=1km and CODA product version >= 3 |
|
path |
/DETAILED_RESULTS/SO2/ESCCorrected[:,3] |
|
SO2_slant_column_number_density_uncertainty |
available |
optional |
condition |
detailed_results=SO2 and (so2_column=6km or so2_column unset) and corrected unset |
|
path |
/DETAILED_RESULTS/ESC_Error[,window], /DETAILED_RESULTS/ESC[,window], /META_DATA/MainSpecies[] |
|
description |
derived from the relative error in percent as: ESC_Error[,window] * 0.01 * ESC[,window]; window is the index in MainSpecies[] that has the value ‘SO2’ |
|
O3_effective_temperature |
available |
optional |
condition |
detailed_results=O3 and CODA product version >= 2 |
|
path |
/DETAILED_RESULTS/O3/O3Temperature |
|
pressure |
available |
optional |
condition |
detailed_results=HCHO and CODA product version >= 3 |
|
path |
/DETAILED_RESULTS/HCHO/AveragingKernelPressureLevel |
|
description |
the vertical grid is inverted to make it ascending |
|
condition |
detailed_results=NO2 and CODA product version >= 3 |
|
path |
/DETAILED_RESULTS/NO2/AveragingKernelPressureLevel |
|
description |
the vertical grid is inverted to make it ascending |
|
HCHO_volume_mixing_ratio_dry_air_apriori |
available |
optional |
condition |
detailed_results=HCHO and CODA product version >= 3 |
|
path |
/DETAILED_RESULTS/HCHO/AprioriHCHOProfile |
|
description |
the vertical grid is inverted to make it ascending |
|
HCHO_column_number_density_avk |
available |
optional |
condition |
detailed_results=HCHO and CODA product version >= 3 |
|
path |
/DETAILED_RESULTS/HCHO/AveragingKernel |
|
description |
the vertical grid is inverted to make it ascending |
|
NO2_volume_mixing_ratio_dry_air_apriori |
available |
optional |
condition |
detailed_results=NO2 and CODA product version >= 3 |
|
path |
/DETAILED_RESULTS/HCHO/AprioriNO2Profile |
|
description |
the vertical grid is inverted to make it ascending |
|
NO2_column_number_density_avk |
available |
optional |
condition |
detailed_results=NO2 and CODA product version >= 3 |
|
path |
/DETAILED_RESULTS/NO2/AveragingKernel |
|
description |
the vertical grid is inverted to make it ascending |
|
surface_albedo |
available |
optional |
condition |
detailed_results set and CODA product version >= 3 |
|
path |
/DETAILED_RESULTS/SurfaceAlbedo[,window], /META_DATA/MainSpecies[] |
|
description |
window is the index in MainSpecies[] that has the value for which the detailed_results option is set |
|
cloud_fraction |
condition |
CODA product version < 2 |
path |
/DETAILED_RESULTS/CloudFraction[] |
|
condition |
CODA product version >= 2 |
|
path |
/CLOUD_PROPERTIES/CloudFraction[] |
|
cloud_fraction_uncertainty |
condition |
CODA product version < 2 |
path |
/DETAILED_RESULTS/CloudFraction_Error[], /DETAILED_RESULTS/CloudFraction[] |
|
description |
derived from the relative error in percent as: CloudFraction_Error[] * 0.01 * CloudFraction[] |
|
condition |
CODA product version >= 2 |
|
path |
/CLOUD_PROPERTIES/CloudFraction_Error[], /CLOUD_PROPERTIES/CloudFraction[] |
|
description |
derived from the relative error in percent as: CloudFraction_Error[] * 0.01 * CloudFraction[] |
|
cloud_top_pressure |
condition |
CODA product version < 2 |
path |
/DETAILED_RESULTS/CloudTopPressure[] |
|
condition |
CODA product version >= 2 |
|
path |
/CLOUD_PROPERTIES/CloudTopPressure[] |
|
cloud_top_pressure_uncertainty |
condition |
CODA product version < 2 |
path |
/DETAILED_RESULTS/CloudTopPressure_Error[], /DETAILED_RESULTS/CloudTopPressure[] |
|
description |
derived from the relative error in percent as: CloudTopPressure_Error[] * 0.01 * CloudTopPressure[] |
|
condition |
CODA product version >= 2 |
|
path |
/CLOUD_PROPERTIES/CloudTopPressure_Error[], /CLOUD_PROPERTIES/CloudTopPressure[] |
|
description |
derived from the relative error in percent as: CloudTopPressure_Error[] * 0.01 * CloudTopPressure[] |
|
cloud_top_height |
condition |
CODA product version < 2 |
path |
/DETAILED_RESULTS/CloudTopHeight[] |
|
condition |
CODA product version >= 2 |
|
path |
/CLOUD_PROPERTIES/CloudTopHeight[] |
|
cloud_top_height_uncertainty |
condition |
CODA product version < 2 |
path |
/DETAILED_RESULTS/CloudTopHeight_Error[], /DETAILED_RESULTS/CloudTopHeight[] |
|
description |
derived from the relative error in percent as: CloudTopHeight_Error[] * 0.01 * CloudTopHeight[] |
|
condition |
CODA product version >= 2 |
|
path |
/CLOUD_PROPERTIES/CloudTopHeight_Error[], /CLOUD_PROPERTIES/CloudTopHeight[] |
|
description |
derived from the relative error in percent as: CloudTopHeight_Error[] * 0.01 * CloudTopHeight[] |
|
cloud_top_albedo |
condition |
CODA product version < 2 |
path |
/DETAILED_RESULTS/CloudTopAlbedo[] |
|
condition |
CODA product version >= 2 |
|
path |
/CLOUD_PROPERTIES/CloudTopAlbedo[] |
|
cloud_top_albedo_uncertainty |
condition |
CODA product version < 2 |
path |
/DETAILED_RESULTS/CloudTopAlbedo_Error[], /DETAILED_RESULTS/CloudTopAlbedo[] |
|
description |
derived from the relative error in percent as: CloudTopAlbedo_Error[] * 0.01 * CloudTopAlbedo[] |
|
condition |
CODA product version >= 2 |
|
path |
/CLOUD_PROPERTIES/CloudTopAlbedo_Error[], /CLOUD_PROPERTIES/CloudTopAlbedo[] |
|
description |
derived from the relative error in percent as: CloudTopAlbedo_Error[] * 0.01 * CloudTopAlbedo[] |
|
cloud_optical_depth |
condition |
CODA product version < 2 |
path |
/DETAILED_RESULTS/CloudOpticalThickness[] |
|
condition |
CODA product version >= 2 |
|
path |
/CLOUD_PROPERTIES/CloudOpticalThickness[] |
|
cloud_optical_depth_uncertainty |
condition |
CODA product version < 2 |
path |
/DETAILED_RESULTS/CloudOpticalThickness_Error[], /DETAILED_RESULTS/CloudOpticalThickness[] |
|
description |
derived from the relative error in percent as: CloudOpticalThickness_Error[] * 0.01 * CloudOpticalThickness[] |
|
condition |
CODA product version >= 2 |
|
path |
/CLOUD_PROPERTIES/CloudOpticalThickness_Error[], /CLOUD_PROPERTIES/CloudOpticalThickness[] |
|
description |
derived from the relative error in percent as: CloudOpticalThickness_Error[] * 0.01 * CloudOpticalThickness[] |
|
absorbing_aerosol_index |
path |
/DETAILED_RESULTS/AAI[] |
surface_heigth |
path |
/DETAILED_RESULTS/SurfaceHeight[] |
surface_pressure |
path |
/DETAILED_RESULTS/SurfacePressure[] |
scan_subindex |
path |
/GEOLOCATION/SubPixelInScan[] |
description |
the pixel id is actually the pixel id relative to the L1b MDR, which is off by one with regard to the scan; the MDR pixel id is therefore converted to a real scan pixel id by subtracting one and performing a modulo 32 |
|
scan_direction_type |
path |
/GEOLOCATION/IndexInScan[] |
description |
the scan direction is based on IndexInScan[]; 0-2: forward (0), 3: backward (1) |


{% extends 'base.html' %} {% block title %}Fragforce Events{% endblock %} {% block content %}
Fragforce is working hard to bring these events to you! Please check out our schedule of upcoming events, or browse our past events to get an idea of how these went in the past!
{% endblock %}


| 043:042 Khan | : |
Or (if) We show you that wherewith We threaten them, then verily, We have perfect command over them. |
| 043:042 Maulana | : |
Or We shall sow thee that which We promise them -- surely We are Possessors of power over them. |
| 043:042 Pickthal | : |
Or (if) We show thee that wherewith We threaten them; for lo! We have complete command of them. |
| 043:042 Rashad | : |
Or, we may show you (the retribution) we promised for them. We are in full control over them. |
| 043:042 Sarwar | : |
or show them to you suffering the torment with which We had threatened them. We are certainly dominant over them all. |
| 043:042 Shakir | : |
Rather We will certainly show you that which We have promised them; for surely We are the possessors of full power over them. |
| 043:042 Sherali | : |
Or, WE shall show thee that which WE have promised them; for, surely, WE have complete power over them. |
| 043:042 Yusufali | : |
Or We shall show thee that (accomplished) which We have promised them: for verily We shall prevail over them. |
Concepts/Themes Covered: أركان الإسلام > التوحيد > توحيد الله تعالي > إنذار من لا يعترف بتوحيد الله تعالي بالانتقام Pillars of Islam> Islamic> Oneness of Allah>A Warning to all who do not Acknowledge his Glory Oneness that He'll take Retribution from them أركان الإسلام > (محمد (صلى الله عليه وسلم > أخلاقه وصفاته Pillars of Islam> The Blessed Muhammad(PBUH)> His Manners and Attributes الإيمان > الأنبياء والرسل > مهمتهم في البلاغ Faith> The Prophets and the Messengers of Allah> Their Mission to Inform الدعوة إلى الله > وجوبها > مهمة الرسل The Call for Allah> Its Necessity> The Messengers' Mission القرآن الكريم > محاججة المنكرين والجاحدين The Holy Quran> Arguing the Denyers and the Unbelievers
This tool uses eight English parallel translations for the Holy Quran imported from Mr. Clay Smith. You can also visit Qurany Concepts for browsing the Quran themes or topics. If you want to search the Holy Quran for keywords, please visit Qurany Keywords.


Client: Fox
Work: Web Design & Development
Launched the digital campaign for X-Men: Days of Future's Past, garnering million of online views and social media attention.
All content belongs to Nick Boes.
VIEW PROJECTPromotional Video
...It starts with a giant robot. To get audiences excited about "X-Men: Days of Future Past," we created a comprehensive launch campaign that included a giant Sentinel head at Comic-Con, a cache of online content built around the film's evil megacorporation, and a corporate lifestyle commercial that established the company’s sinister agenda.
Film & Animation


MAZE A film review by Steve Rhodes Copyright 2001 Steve Rhodes RATING (0 TO ****): *** 1/2
Rob Morrow writes, directs and stars in MAZE, a wonderfully sweet and honest film about Lyle Maze, an artist with Turret Syndrome, an obsessive disorder that causes sufferers to twitch wildly and call out. Morrow successfully avoids the pitfalls of such a subject, which is no small feat. It would be easy to make it so hard to watch that only hard core art house patrons would show up or to sugarcoat the material in order to make it more commercially viable. Instead, Morrow paints a realistic, poignant and hopeful story that will leave you dry-eyed but quite touched.
Simple things like dialing a phone are tricky for Lyle. Painting he can handle, but the results are sometimes unpredictable. He tries using a nude model, only to repeatedly throw paint on her. This episode, like much of the story, is played for poignancy rather than comedy. But the show isn't overly serious. Lyle is full of self-deprecating humor. "Trying to hold my hand is like an exercise in target practice," he remarks. In order to avoid being hurt, he has spent his life avoiding relationships.
Maze's best friend, Mike (Craig Sheffer), has his own compulsions. Only happy when he's saving the world, Mike is a doctor who works for Doctors Without Borders, an organization that sends physicians on long-term assignments to third world countries. Right now, he is about to leave for a seven month trip to Burundi, which isn't good timing since his girlfriend, Callie, a busy fashion photographer, has just discovered that she is pregnant. Knowing his inability to stay at home, she decides not to tell him and to get an abortion after he leaves. After she changes her mind, Lyle ends up being her coach and confidant, reading books about girlfriends helping girlfriends during pregnancy.
Laura Linney, Academy Award nominee for YOU CAN COUNT ON ME (the best film that almost no one saw last year), gives a warm performance as Callie. Linney, who many people first saw (impressively) as Truman's wife in THE TRUMAN SHOW, is a great character actress with a natural facial beauty. What moviegoers have not known until now is that she possesses a great body as well. Few actresses are willing to bare it all as Linney does in MAZE.
Linney can also be quite funny. When Lyle says, "Social interaction, as a whole, is overrated," she shoots back with, "I think tofu is overrated." Lyle, following his stack of pregnancy advice books, has fixed her just the right tofu-centric meal.
Even though it's predictable, MAZE's resolution is quite satisfying. All of the loose ends are tied up neatly but realistically. Morrow should feel a tremendous sense of accomplishment because MAZE works on so many different levels. It's a wonderful film and an uplifting one without a single maudlin moment.
MAZE runs 1:38. It is not yet rated but would be an R for full frontal nudity and language. The film would be acceptable for older teenagers.
Web: http://www.InternetReviews.com Email<EMAIL_ADDRESS>Want free reviews and weekly movie and video recommendations via Email? Just send me a letter with the word "subscribe" in the subject line.
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
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Related links: index of all rec.arts.movies.reviews reviews


@import models.user.User @(title: String, user: Option[User] = None, cityShortName: String)(implicit lang: Lang) @main(title) { @navbar(user, Some("/demo"))
Find out about neighborhood accessibility of @cityShortName! Here, accessible neighborhoods are colored in green and inaccessible neighborhoods are colored in red.
If some accessibility features affect your mobility more than the others, use the slider below to adjust the significance of each accessibility feature!
Note, we don't have enough data to reliably calculate Access Score for some neighborhoods (yet). Wanna help us improve it? Participate in accessibility audit!
| Significance | ||
|---|---|---|
| @Messages("curb.ramp") | 100 | |
| No Curb Ramp | 100 | |
| @Messages("obstacle") | 100 | |
| @Messages("surface.problem") | 100 |


My name is Rohit Potter. I am a 20 year old programmer and freshman. I am a Google Code-in 2018 and 2019 mentor at FOSSASIA. FOSSASIA GCI site: https://gci18.fossasia.org/. Love to coding make spend much of my time on coding.
I have started coding from the age of 18. I am a github programmer and a competitive programmer. I love to code in "C", "C++", "JAVA" and "PYTHON". I have started coding as a competitive programmer. I have done competitive coding on Hackerrank and Codechef. I am a two star rated competitive coder on codechef. Later on I started developing part too.
I have worked as a mentor in Google Code-In 2018, 2019. I am a member of FOSSASIA organization on GitHub. I am a project collaborator and contributor at project meilix-generator and meilix of FOSSASIA. I am also a member of fossasia/linux-devs.
I am a community member of Google Developer Group Jalandhar. I am also a Fossasia's Open Tech Night winner
I have created a command line software named whatsapp-play. It is command line software through which you can play with your WhatsApp. It is having different options to play with your WhatsApp like message blast, online tracking, whatsapp chat.. This software aims to provide all facilities which we can do with WhatsApp.
I have also created a GUI for spotify-downloader named spotify-downloader-music-player. This GUI download the youtube songs in mp3 format and collects it's metadata from spotify.
I am working on some projects like bakers etc. Bakers is an android application to buy and sell bakery items of nearby bakery.
I have knowledge of some other languages like HTML, CSS, JAVASCRIPT, PHP. I have done web development for college project named atm system


-
Loot chests
Tested on 1.17.1
Simple loot chests for Minecraft map creators. See the Github repository for more details.
Download page Video -
Maple syrup
Tested on 1.16.4
Made for Code_Zealot's 2020 autum datapack competition, this datapack adds maple syrup to your minecraft world!

Download Video