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ReactPhysics3D
0.7.1
Physics engine library
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Structure WorldSettings. More...
#include <configuration.h>
Public Member Functions | |
| std::string | to_string () const |
| Return a string with the world settings. | |
Public Attributes | |
| std::string | worldName = "" |
| Name of the world. | |
| decimal | persistentContactDistanceThreshold = decimal(0.03) |
| Distance threshold for two contact points for a valid persistent contact (in meters) | |
| decimal | defaultFrictionCoefficient = decimal(0.3) |
| Default friction coefficient for a rigid body. | |
| decimal | defaultBounciness = decimal(0.5) |
| Default bounciness factor for a rigid body. | |
| decimal | restitutionVelocityThreshold = decimal(1.0) |
| Velocity threshold for contact velocity restitution. | |
| decimal | defaultRollingRestistance = decimal(0.0) |
| Default rolling resistance. | |
| bool | isSleepingEnabled = true |
| True if the sleeping technique is enabled. | |
| uint | defaultVelocitySolverNbIterations = 10 |
| Number of iterations when solving the velocity constraints of the Sequential Impulse technique. | |
| uint | defaultPositionSolverNbIterations = 5 |
| Number of iterations when solving the position constraints of the Sequential Impulse technique. | |
| float | defaultTimeBeforeSleep = 1.0f |
| Time (in seconds) that a body must stay still to be considered sleeping. | |
| decimal | defaultSleepLinearVelocity = decimal(0.02) |
| A body with a linear velocity smaller than the sleep linear velocity (in m/s) might enter sleeping mode. More... | |
| decimal | defaultSleepAngularVelocity = decimal(3.0) * (PI / decimal(180.0)) |
| A body with angular velocity smaller than the sleep angular velocity (in rad/s) might enter sleeping mode. | |
| int | nbMaxContactManifoldsConvexShape = 1 |
| Maximum number of contact manifolds in an overlapping pair that involves two convex collision shapes. More... | |
| int | nbMaxContactManifoldsConcaveShape = 3 |
| Maximum number of contact manifolds in an overlapping pair that involves at least one concave collision shape. More... | |
| decimal | cosAngleSimilarContactManifold = decimal(0.95) |
| This is used to test if two contact manifold are similar (same contact normal) in order to merge them. More... | |
Structure WorldSettings.
This class is used to describe some settings of a physics world.
| decimal reactphysics3d::WorldSettings::cosAngleSimilarContactManifold = decimal(0.95) |
This is used to test if two contact manifold are similar (same contact normal) in order to merge them.
If the cosine of the angle between the normals of the two manifold are larger than the value bellow, the manifold are considered to be similar.
| decimal reactphysics3d::WorldSettings::defaultSleepLinearVelocity = decimal(0.02) |
A body with a linear velocity smaller than the sleep linear velocity (in m/s) might enter sleeping mode.
| int reactphysics3d::WorldSettings::nbMaxContactManifoldsConcaveShape = 3 |
Maximum number of contact manifolds in an overlapping pair that involves at least one concave collision shape.
| int reactphysics3d::WorldSettings::nbMaxContactManifoldsConvexShape = 1 |
Maximum number of contact manifolds in an overlapping pair that involves two convex collision shapes.


Implementation of Support Vector Machines Plus (SVM+) for classification problems. See (Vladimir et. al, 2009, <doi:10.1016/j.neunet.2009.06.042>) for theoretical details and see (Li et. al, 2016, <https://github.com/okbalefthanded/svmplus_matlab>) for implementation details in 'MATLAB'.
| Version: | 1.0.1 |
| Depends: | R (≥ 2.15.0), quadprog, methods, Matrix, MASS |
| Published: | 2018-04-25 |
| Author: | Niharika Gauraha and Ola Spjuth |
| Maintainer: | Niharika Gauraha <niharika.gauraha at farmbio.uu.se> |
| License: | GPL-3 |
| NeedsCompilation: | no |
| CRAN checks: | svmplus results |
| Reference manual: | svmplus.pdf |
| Package source: | svmplus_1.0.1.tar.gz |
| Windows binaries: | r-devel: svmplus_1.0.1.zip, r-release: svmplus_1.0.1.zip, r-oldrel: svmplus_1.0.1.zip |
| OS X binaries: | r-release: svmplus_1.0.1.tgz, r-oldrel: svmplus_1.0.1.tgz |
| Old sources: | svmplus archive |
Please use the canonical form https://CRAN.R-project.org/package=svmplus to link to this page.


Function to parse server response.
Function, default = null
If you server returns record structure different front what grid requires, you can define a parse function that will be called when
data is received, but before when it is merged into the grid.
This property should be set during object creation:


{%extends "base.html"%} {%block content%}
You are now part of the cleanup at {{cleanup.street_number}} {{street.name}} on {{cleanup.time}}, {{cleanup.date}}. View the participant list and cleanup information
here
{%endblock%}


CS APIs
CSXS Events
Vulcan
Native Functions
Locale
NPAPI
Nodejs
ExternalObject
HTML1
HTML2
CEPFeatures
Drag and Drop
Proxy Test
AgoraLib


I am Hirwa Habakaramo Jules, a remote fullstack software developer based in Kigali - Rwanda
Hire MeI am Hirwa Habakaramo Jules, a remote fullstack software developer based in Kigali - Rwanda
Hire MeI am pasionate about technology where i qualify my self as a fullstack software developer using various technologies. Aside from software development i also focus on a smooth workflow by strengthening my communication skills and proffessional as well and i do believe that by collaboration we can move a mountain
or just send me a message


You are convinced that representing project key information in an information radiator can be beneficial in an Agile organization, and you’d like to know how to implement it in your Scrum team? In this article, we explain in detail the requirements for an efficient and agile Information Radiator. We also prove how it can be beneficial for your organization, and explain how to exploit its data in a Scrum team.
Table of content:
- Information radiator: definition in Agile methodology
- Information radiator: the benefits
- Information radiator in Scrum: enhanced retrospectives
1. Information Radiator: Definition In Agile Methodology
An information radiator is a comprehensive display of key team information, openly shared with all team members and other stakeholders and continuously updated. It includes information such as the task board, the count of automated tests, the team velocity, incident reports, continuous integration status, the state of work packages, or the progress of the team.
If information radiators can be displayed in various formats (handwritten, drawn, printed, electronic, …), the growing digital technologies in companies have simplified the information radiator sharing with all stakeholders wherever they are, including remote workers. An important argument considering that the number of remote workers keeps increasing worldwide (70 percent of professionals globally work remotely at least one day a week according to the new International Work Group survey on flexibility at work).
Information radiators help boost feedback and communication, empower teams and focus on results. In addition to the information itself, the use of an information radiator conveys 2 main messages: the team has nothing to hide to itself nor to visitors (customers, stakeholders, …).
Get Your Team’s Mood Right Now
To be useful, the information radiator must apply the following best practices:
Accurate Information
To be worth consulting, the information must be precise and accurate.
Continuous Updates
The information is only relevant if constantly updated. In some teams, all members are free to update the data. In others, there can be some rules about how they are updated. For instance, for Agile teams, it’s usually updated during the Daily Meeting or the Sprint Retrospective.
Simplicity For A Better Readability
The information radiator must be readable and understandable at a glance. Any complex display of information will only put off the people who try to consult it. Visual control traffic lights or colored stickers can be used in order to increase efficiency and clarity, and how-to-read notes can be added too.
Easily Accessible And Visible For All The Stakeholders
Every team members and stakeholders are supposed to have access to the latest version of the information radiator, wherever they are. In the case of a remote team, a digital tool is best to make it accessible for everyone.
In Some Cases, Anonymity Can Foster Sincerity
The main objective of an information radiator is to implement transparency into the team/company. In some cases (such as sensitive information, personal mood, …), enabling team members to share some information anonymously can free their words.
Want To Improve Your Agile Retrospectives?
Download our free Retrospective Outcomes Canvas
Get our free retro canvas2. Information Radiator: The Benefits
If done the right way, the information radiator can be a game-changer in terms of transparency and team collaboration. Let’s dive into the information radiator’s main benefits:
Boosting Communication Efficiency
Team communication usually involves two out of the five senses: sight and sound. By its participatory nature, the information radiator involves the sense of touch as well when participants write down information on sticky notes and move them around on the board – making the communication more efficient.
Sharing The Progress Status Openly
The most classical information present in an information radiator is the progress status of the team: a board displaying to do, doing and done tasks. Sharing the progress status with the team or even the whole company improves transparency among stakeholders.
Checking The Team Health
One of the elements that can be included in the information radiator, more specifically in an Agile team, is the team’s health. Indeed, doing a regular team health check helps uncover underlying issues that could otherwise slow down the project.
Image by Gino Crescoli from Pixabay
Gathering regular feedback from a heterogeneous Scrum team located in different sites, or even partially working on remote, can be a real challenge. The key is to adapt to the team and let each individual express him/herself at the most appropriate time for him/her.
By allowing teams to pick the hour of reception of our daily email, the number of feedback grew by 20%. Today, our daily participation rate is about 60% on average for 150-people teams. You can apply this feedback loop methodology for your data and improve your results!
Visualize your team’s health and boost your information radiator!
3. Information Radiator In Scrum: Enhanced Retrospectives
In Agile teams, there is a time when everyone gathers to evaluate the past sprint, the good and the bad, in order to make some changes for the next one: it’s the sprint retrospective. Retrospectives are fundamental to Agile teams – and very important to all kinds of organization that wants to adapt over time and continuously improve the way they work.
Collecting precise information on every topic is crucial to fuel the discussions during the retrospective. Indeed, if you run Agile retrospectives every two to four weeks (depending on your Sprint length), remembering everything that happened during this timeframe can be quite the challenge. Scrum retrospectives that don’t lean on an information radiator recording events, feedback, ideas, and comments throughout the sprint tend to focus on the last few days. And a great part of its benefits gets lost.
By using a tool such as TeamMood in your retrospectives, you can open up conversations, uncover hidden issues, and get a clear picture of the actions that need to be taken.
Conclusion
An information radiator culture can improve collaboration within the team, with other Scrum teams, and other parts of the organization. It can also help the Agile team adopt deeper ownership of its processes, of its decisions, and of the product. So, what are you waiting for?
Main illustration by Jo Szczepanska on Unsplash


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Page No.# 1/14 GAHC010065262020 THE GAUHATI HIGH COURT (HIGH COURT OF ASSAM, NAGALAND, MIZORAM AND ARUNACHAL PRADESH) Case No. : I.A.(Civil) 970/2020 1:ROHITESWAR SAHU AND ANR S/O- SRI MOHAN SAHU, R/O- GARBHAGA GAON, P.O- NAHAT, DIST- SIVASAGAR, ASSSAM, PIN- 785662 2: MANASH BORGOHAIN S/O- LATE PUTU BORGIHAIN R/O- VILL- DEHAJAN HABIGAON (SANTIPUR) DEMOW P.O AND P.S- DEMOW DIST- SIVASAGAR ASSAM PIN- 78566 VERSUS 1:THE STATE OF ASSAM AND 24 ORS REP. BY THE ADDITIONAL CHIEF SECRETARY TO THE GOVT OF ASSAM, ENVIRONMENT AND FOREST DEPTT, DISPUR, GUWAHATI- 06 2:DEPUTY COMMISSIONER DIBRUGARH DIST- DIBRUGARH ASSAM PIN- 786003 3:THE CIRCLE OFFICER MORAN REVENUE CIRCLE MORAN DIST- DIBRUGARH ASSAM PIN- 785670 Page No.# 2/14 4:THE POLLUTION CONTROL BOARD ASSAM BAMUNIMAIDAM GUWAHATI- 781021 5:CHAIRMAN THE POLLUTION CONTROL BOARD ASSAM BAMUNIMAIDAM GUWAHATI- 781021 6:REGIONAL EXECUTIVE ENGINEER (I/C) REGIONAL OFFICE PCB ASSAM BAIRAGIMATH P.O AND DIST- DIBRUGARH PIN- 786001 7:M/S TRISHUL ENTERPRISES SHANTIPUR DEMOW DISTRICT- SIVASAGAR ASSAM PIN- 785662 REP. BY ITS PARTNER SRI ROHITESWAR SAHU AND SRI MANASH BORGOHAIN 8:PREMA RAIDENGIA W/O. LATE HITESWAR RAIDENGIA R/O. VILL NO.2 KACHARMARI GAON P.O. CHAKALA P.S. MORAN MOUZA - SEPON DIST.   BY THE ADDITIONAL CHIEF SECRETARY TO THE GOVT OF ASSAM ENVIRONMENT AND FOREST DEPTT DISPUR GUWAHATI- 06 2:DEPUTY COMMISSIONER DIBRUGARH DIST- DIBRUGARH ASSAM PIN- 786003 3:THE CIRCLE OFFICER MORAN REVENUE CIRCLE MORAN DIST- DIBRUGARH ASSAM PIN- 785670 4:THE POLLUTION CONTROL BOARD ASSAM BAMUNIMAIDAM GUWAHATI- 781021 5:CHAIRMAN THE POLLUTION CONTROL BOARD ASSAM BAMUNIMAIDAM GUWAHATI- 781021 6:REGIONAL EXECUTIVE ENGINEER (I/C) REGIONAL OFFICE PCB ASSAM BAIRAGIMATH P.O AND DIST- DIBRUGARH PIN- 786001 7:M/S TRISHUL ENTERPRISES SHANTIPUR DEMOW DISTRICT- SIVASAGAR ASSAM PIN- 785662 REP. BY ITS PARTNER SRI ROHITESWAR SAHU AND SRI MANASH BORGOHAIN 8:ROHITESWAR SAHU S/O- SRI MOHAN SAHU Page No.# 11/14 R/O- GARBHAGA GAON P.O- NAHAT DIST- SIVASAGAR ASSSAM PIN- 785662 9:MANASH BORGOHAIN S/O- LATE PUTU BORGIHAIN R/O- VILL- DEHAJAN HABIGAON (SANTIPUR) DEMOW P.O AND P.S- DEMOW DIST- SIVASAGAR ASSAM PIN- 785662 Advocate for the Petitioner : MR. P P DUTTA Advocate for the Respondent : GA ASSAM BEFORE HONOURABLE MR. JUSTICE ACHINTYA MALLA BUJOR BARUA ORDER
Date : 04-05-2020 Heard Mr. R Sensua, learned counsel for the applicants. Also heard Mr. PP Dutta, learned counsel for the writ petitioners and Mr. S Baruah, learned counsel for the Pollution Control Board, Assam (for short, the PCB, Assam).
2. The applicants/respondents No.8 and 9 is operating a hot mix plant with capacity of 2000 tonnes per month at No.2 Kachamari Gaon, Mouza: Sepon, under Moran Revenue Circle in the Dibrugarh district. The writ petition being WP(C)No.209/2020 is instituted by Mrs. Prema Raidengia and 17 other persons being residents of Village No.2 Kachamari Gaon seeking a direction to the authorities under the PCB, Assam to take immediate action against the pollution caused by the hot mix plant of the respondents No.8 and 9 which is located at No.2 Kachamari Gaon.
3. In paragraph 12 of the writ petition, the following grounds have been taken as to why there is a requirement for interference with the functioning of the hot mix plant of the respondents No.8 and 9:
Page No.# 12/14 "(i). The said hot mix plant is running without obtaining the necessary 'Consent to Establish' or 'Consent to Operate' from the Pollution Control Board, Assam i.e. Respondent No.4 and hence violative of Section 21 of the Air (Prevention and Control of Pollution) Act, 1981.
(ii). That the hot mix plant is established in a residential area causing pollution to the public. The local public is severely affected due to the pollution emanating from the hot mix plant.
(iii). That the land over which the industrial plant i.e. hot mix plant is being operated is an agricultural land wherein no industry can be set up.
(iv). That no permission either from local Panchayat or district Authority is obtained in running the hot mix plant."
4. A reading of paragraph 12 apparently shows that an interference with the hot mix plant is sought for on the ground that necessary consent to establish and consent to operate from the PCB, Assam is not available in respect of the hot mix plant; the hot mix plant is established in a residential area causing pollution to the public; the land over which the hot mix plant is operated is an agricultural land; and no permission either from local Panchayat or District Authorities is obtained for running the hot mix plant. Inspite of the four different grounds being taken to assail the operation of the hot mix plant, this Court by the order dated 28.02.2020 had restrained the applicants/respondents No.8 and 9 from operating the hot mix plant by taking into consideration, the first ground raised by the writ petitioners that no consent to establish and consent to operate have been obtained by the respondents No.8 and 9. In the circumstances, this interlocutory application is preferred by the respondents No.8 and 9 by bringing on record a copy of the consent to establish dated 30.11.2019 and a copy of the consent to operate dated 11.12.2019 to show that the first ground taken by the writ petitioners that the hot mix plant is being operated without the consent to establish and consent to operate is unsustainable.
5. From that point of view, we are convinced by the stand taken by the respondents No.8 and 9 as regards the existence of consent to establish and consent to operate and, therefore, the prima facie case based upon which the interim order was passed is non-existent. However, Mr. PP Dutta, learned counsel for the writ petitioners also urges upon that the consent to operate dated 11.12.2019 is only up to 31.03.2020. A perusal of the consent to operate of 11.12.2019 shows that the said consent to operate was only up to 31.03.2020 with a request to the applicant/respondents No.8 and 9 to apply Page No.# 13/14 for further consent to operate for the year 2020-2021. Accordingly, Mr. PP Dutta, learned counsel for the writ petitioners submits that even if the interim order is vacated, the petitioner would be left without consent to operate as on date.
6. We have given our consideration to the contention raised by the applicants/respondents No.8 and 9 as regards the existence of consent to operate and also with regard to the contention of the writ petitioners that the consent to operate is no longer in force as on date and there would be requirement of the respondents No.8 and 9 to apply for a further consent to operate. In the circumstances, we vacate the interim order dated 28.02.2020 in WP(C)No.209/2020 by withdrawing the restrain order in respect of operating the hot mix plant of the respondents No.8 and 9. But, however, a recall of the restrain order would not on its own entitle the respondents No.8 and 9 to begin the operation as on today inasmuch as, the earlier consent to operate was only up to 31.03.2020 requiring the said respondent to make a further application for the year 2020-2021. Accordingly, it is provided that the respondents No.8 and 9 shall make their necessary application before the PCB, Assam for grant of a further consent to operate for the year 2020-2021. In doing so, the PCB shall also take note of any application/representation being made by the writ petitioners as regards their other grounds that the hot mix plant cannot be allowed to operate in the present location, inasmuch as, it is in a residential area; it is located in an agricultural land; and no permission was obtained from the local Panchayat and District Authority. Accordingly, the respondent PCB, Assam while considering the application of the respondents No.8 and 9 for grant of a further consent to operate shall also give due consideration to the objections that may be raised by the writ petitioners in their application and thereafter pass a reasoned order thereon.
7. As the respondents No.8 and 9 are unable to operate their hot mix plant, interest of justice would further require that the decision as required by the PCB, Assam be made within a period of 30 days from the date of the application made by the respondents No.8 and 9 for grant of consent to operate. Correspondingly the writ petitioners may also submit representation before the PCB, Assam opposing the grant of such consent to operate in respect of the respondents No.8 and 9 and in the event, any such representation is filed, the same be also given its due consideration along with the application of the respondents No.8 and 9.
Page No.# 14/14
8. However, at this stage Mr. S Baruah, learned counsel for the PCB, Assam makes a statement that because of the prevailing COVID 19 situation there is a blanket order extending the consent to operate in respect of all the categories of industries up to 30.06.2020. If it is so, for opposing the operation of the hot mix plant up to 30.06.2020, the writ petitioners shall make an application raising an objection against the hot mix plant of the respondents No.8 and 9 and in the event, any such representation is made, the PCB, Assam shall give a hearing to the representative of the writ petitioners as well as to the respondents No.8 and 9 and pass a reasoned order thereon as regards the contention that the hot mix plant of the respondents No.8 and 9 is causing pollution in the locality. Irrespective of any application already made, the writ petitioners to make a fresh application and the PCB, Assam shall pass a reasoned order on such application within a period of 15 days therefrom.
9. Accordingly, it is an agreement between the parties that the above requirements of this order can also be construed to be a final adjudication in the writ petition. In view of such agreement, we are inclined to close the writ petition in the above terms, but, however, for an appropriate decision on the issues involved, both a representative of the writ petitioners as well as the respondents No.8 and 9 be given a hearing by the appropriate authority of the PCB, Assam before any reasoned order is passed.
10. Interlocutory application stands disposed of in the above terms.
JUDGE Comparing Assistant


Wake me up (wake me up inside)
This is a link Check out "Riddle Me This" This is another link
A piece created for "Riddle Me This". Guess the movie ;)
Another piece created for our class project "Riddle Me This".
A set of icons relating to our daily struggles during the covid19 pandemic. This is the icon for Slack but pixelized
A set of icons relating to our daily struggles during the covid19 pandemic. This is the icon for Zoom but pixelized.
Add a short description here. Lorem ipsum dolor sit amet, consectetur adipiscing elit. Praesent ex magna, blandit nec viverra faucibus, placerat convallis ipsum. Cras semper ipsum eget ullamcorper ultricies. Curabitur sit amet justo eu sapien molestie bibendum id in enim. Integer semper risus eget nibh eleifend, at vulputate risus laoreet.
Add a short description here. Lorem ipsum dolor sit amet, consectetur adipiscing elit. Praesent ex magna, blandit nec viverra faucibus, placerat convallis ipsum. Cras semper ipsum eget ullamcorper ultricies. Curabitur sit amet justo eu sapien molestie bibendum id in enim. Integer semper risus eget nibh eleifend, at vulputate risus laoreet.


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Corporate CrimeWhen a person commits a crime, the process is simple: discovery, trial, guilt, incarceration (or execution).  Who do you blame? At what levels of management and workforce do you place the punishments? Should the company continue on, even though you may have only prosecuted some of the guilty parties within? As corporations go multi-national, the process becomes even more tricky, more involved. Here are some of the greater criminals to walk the earth, even if they never set an actual foot on it.
CACI International
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PList - Bootstrap Product Layout Pack
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Migrate items from one Jamf server to another. If an item (based on name) within a category exists on both source and destination, the destination item will be updated with values from the source server.
Feedback in the GUI gives a simplistic overview of the success of a transfer:
- Green - everything transferred.
- Yellow - some items transferred.
- Red - nothing transferred.
- White - nothing to transfer.
Limitations/requirements to be aware of:
- Passwords can not be extracted through the API which impacts migrating distribution points, computer management account, account used for LDAP - credentials must be reset on the destination server.
- Only AFP and SMB shares can be migrated.
- Patch management is not available through the API impacting smart groups dependent on patch management extension attributes.
- Buildings - the API only allow the name to be migrated.
- If you have duplicate names within a category, say different policies named the same, using the migrator to update one of them will likely fail.
Important:
- There are many dependancies between items, if they are not met, transfers fail. For example, if a policy is site specific the site must be migrated before the policy; if a script is assigned to a category the category must be migrated first.... If everything is migrated the order of sections is already taken care of, if you choose not to move some items that's where you can have issues.
- As a result it is best to start migrating items under the 'General' tab first. Items under macOS and iOS typically have some dependency on categories, networksegments, sites...
The 'Selective' tab provides the ability to select a subset of items within a category. For example you might only want to transfer 4 new scripts from a larger pool of existing scripts.
Note: Policies are listed along with the their jss ID. You'll see something like: policy name (jssID)
Logging:
- Basic log information is written to the following folder: ~/Library/Application Support/jamf-migrator/history/. The log directory can easily be accessed by typing the command+L keys.
- More detailed logging can be captured by launching the application through Terminal using the '-debug' switch. If the application is located in /Applications:
- /Applications/jamf-migrator.app/Contents/MacOS/jamf-migrator -debug
The application may also be used to clear information off a server. To place the application in removal mode run the following command in Terminal after the application has been launched:
- touch ~/Library/Application\ Support/jamf-migrator/delete
The application will alert you that data will be removed by flashing -- Removing -- in yellow and red. Data is removed from the destination server. Once you hit 'Go!' items will get removed and once the process finishes the 'delete' file is removed and the application is back in migration mode.
Dependencies play a role in deletions/removals as they do with migrations. For example, a site can not be deleted if it contains, say, users and users can't be deleted if they are associated with a device.


Spin quantum number vector.
vec = spinvec(System)
This function extracts the quantum numbers of the spins constituting
the spin system described by the structure System
. It is a row
vector of spin quantum numbers.
If we define a spin system ABC
with
ABC = struct('S',1/2,'g',[2 2 2.3],'Nucs','63Cu,14N','A',[10 10 200;5 5 5]);we can extract the spin quantum numbers with
spinvec(ABC)
ans = 0.5000 1.5000 1.0000


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| static final FluentLogger | logger |
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Definition at line 25 of file ShapeTest.java.
◆ [static initializer]()
| com.aarrelaakso.drawl.test.ShapeTestPublic.[static initializer] |
( |
| ) |
|
|
staticpackage |
◆ logger
| final FluentLogger com.aarrelaakso.drawl.test.ShapeTestPublic.logger |
|
staticprivate |
◆ shape1
| Shape com.aarrelaakso.drawl.test.ShapeTestPublic.shape1 |
|
package |
◆ shape2
| Shape com.aarrelaakso.drawl.test.ShapeTestPublic.shape2 |
|
package |
◆ shape3
| Shape com.aarrelaakso.drawl.test.ShapeTestPublic.shape3 |
|
package |
The documentation for this class was generated from the following file:
- /mnt/d/OneDrive/Documents/src/drawl/src/test/java/com/aarrelaakso/drawl/ShapeTest.java


I wanted to create something to break the wall between strangers eating together and meeting new people. Too many of my afternoon lunches on my school campus have been spent looking at other people eating their lunch all alone. I created Let’s Eat, the social app that helps strangers meet for lunch.
Eating is a social experience where people are meant to gather, dicuss, and share. Often in our world today, people are too busy to meet up with a friend for a bite to eat, and therefore end up eating alone for lunch.
I designed this app to make it easy and fast for people to find a lunch buddy, to improve their eating experience, make new friends, and enhance their lives.
Let’s Eat uses the user’s location to search for others around them who are also using the app and want to meet with someone for lunch.
When you first enter the app, log into your account and your location will automatically be logged by the app. When you are ready to find a lunch buddy, simply tap on the "let’s eat" button, and the app will search for users in your immediate vicinity. You may browse through choices of lunch buddies, and see their preferences and ratings. Once you pick a buddy, tap "let’s eat" on their profile or next to their card, and they will be sent a notification. Once they accept, you will be sent their location to walk to, and you can enjoy eating together!
I decided to go with a bright and light aesthetic to make the app feel light hearted and simple. I wanted the focus of the user to be on the process of finding the right lunch buddy for them, and not distracted by too many features in the app.


Hey I am Gaurav
a web developer
These are some of my projects
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{% extends "dashboard.html" %} {% load humanize %} {% block title %} Donations Manager — Carthage College {% endblock %} {% block extra_style %} {{block.super}} {% endblock %} {% block extra_javascript %} {% endblock %} {% block navbar-top-links %}
{% endblock navbar-top-links %} {% block navbar-header %} Donations Manager {% endblock %} {% block navbar-sidenav %} {% endblock navbar-sidenav %} {% block breadcrumb %}| Last name | First name | CC name | Created at | Phone | Address | City | State | Zip | Spouse | Relation | Honoring | Class | Campaign | ID | Status | Donation | Designation | Anonymous | Hidden | Last name | First name | CC name | Created at | Phone | Address | City | State | Zip | Spouse | Relation | Honoring | Class | Campaign | ID | Status | Donation | Designation | Anonymous | Hidden |
|---|


Looking to join the hostware™ family?
Apply for our open positions today!
Interactive Content Artist:
Responsibilities:
+ Reach out directly to customers using virtual software
+ Maintain strong knowledge in IP addresses, computer code, Python
+ Work remotely from personal device
+ Combine strong persuasive techniques with programming geared at customer
Requirements:
+ Excellent computer programming experience
+ Proficiency in Python
+ Cautious, focused personality
Responsibilities:
+ Represent company in legal proceedings
+ Use strong persuasive skills to gain support for company practices
+ Maintain close connections in legal community
Requirements:
+ Bachelor's degree in law
+ Strong communication skills, especially in persuasion
+ Dedication to company values
+ Charming attitude, gorgeous smile


Section 01
Me want bananaaa! Gelatooo jeje tulaliloo la bodaaa hahaha poulet tikka masala para tú butt. Pepete tulaliloo bappleees po kass gelatooo daa. Butt wiiiii tank yuuu! Bananaaaa hana dul sae hahaha daa. Butt baboiii me want bananaaa! Uuuhhh aaaaaah. Chasy poulet tikka masala la bodaaa wiiiii. Hana dul sae me want bananaaa! Bananaaaa hahaha tatata bala tu gelatooo. Ti aamoo! poopayee bee do bee do bee do para tú.

Section 03
Passion burying law transvaluation christianity horror disgust marvelous war holiest. Faith chaos noble ascetic prejudice eternal-return right depths aversion ideal derive enlightenment.Moral aversion pious value ultimate war christian enlightenment. Ultimate law fearful truth inexpedient burying revaluation of hope reason horror gains transvaluation. Ascetic truth love pious battle enlightenment god.


For websites or buisnesses that envole Tech as in Tech repairs, upgrades, selling/buying, etc.
For websites or buisnesses that envole in Fashion such as jewerly, clothes, shoes, and etc.
For websites or buisnesses that envole in food making and selling.


Score:
0
Controls Player1: Right, Left, Up & Down Arrow Keys
Controls Player2: Right(D), Left(A), Up(W) & Down(S)
Restart
(press Enter)


Wed Mar 9, 2011
Another year is upon us and wordbit is in its 5th year! But with sporadic posts, this site has slowly slipped into oblivion. Well, I always have good intentions, but I have decided to create another personal blog, while keeping wordbit as the “public face” of my professional life. So, my personal blog is at antoineg.info, but you’ll need to ask me for the password to access it. If I know you, you’re in! I’ve just gotten tired of fighting off the spammers and dealing with privacy issues and the dominance of Facebook as well. But I’m not abandoning this site by any means. I’ll have some more articles to tell you about soon.


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Visit our Blog
View all our publications in renowned journals
View all articles, interviews and more


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| Site | Load | Solar | Battery | Battery % | Exporting Solar |
|---|---|---|---|---|---|
| {{ .PowerwallInfo.Site.InstantPower | RoundFloat }} Watts | {{ .PowerwallInfo.Load.InstantPower | RoundFloat }} Watts | {{ .PowerwallInfo.Solar.InstantPower | RoundFloat }} Watts | {{ .PowerwallInfo.Battery.InstantPower | RoundFloat }} Watts | {{ .PowerwallBatteryInfo.Percentage | RoundFloat }} % | {{ if .PowerwallInfo.Site.InstantPower | IsFloatNegative }}Yes{{ else }}No{{ end }} |
If powerwall monitoring is enabled, the controller will periodically poll the powerwall to get the solar status.
If you have defined a power offset in watts or amps, the controller will use this offset along with the solar being generated to calculate how many amps to charge at.
This can be useful if your solar system doesn't generate enough power, or you are happy to accept a certain amount of additional power being consumed from the grid.
For example, if your solar can generate a maximum 4000 Watts, but you are happy to accept 1000 Watts being drawn from the grid, then you could set 1000 Watts.
This would mean that you would be able to charge to a maximum of 5000 Watts. If your solar was only generating 1000 Watts, then the controller would say to charge with 2000 Watts


Creates a new instance of the connection component.
The NATS connection pool object.
The connection resolver.
The logger.
The configuration options.
Topic subscriptions
Checks if connection is open
an error is connection is closed or null
otherwise.
Closes component and frees used resources.
(optional) transaction id to trace execution through call chain.
callback function that receives error or null no errors occured.
Configures component by passing configuration parameters.
configuration parameters to be set.
Creates a message queue. If connection doesn't support this function it exists without error.
the name of the queue to be created.
notifies about completion with error or null for success.
Deletes a message queue. If connection doesn't support this function it exists without error.
the name of the queue to be deleted.
notifies about completion with error or null for success.
Checks if the component is opened.
true if the component has been opened and false otherwise.
Opens the component.
(optional) transaction id to trace execution through call chain.
callback function that receives error or null no errors occured.
Publish a message to a specified topic
a topic name
a message to be published
publishing options
(optional) callback to receive notification on operation result
Reads a list of registered queue names. If connection doesn't support this function returnes an empty list.
Sets references to dependent components.
references to locate the component dependencies.
Subscribe to a topic
a topic name
subscription options
a message listener
(optional) callback to receive notification on operation result
Unsubscribe from a previously subscribed topic
a topic name
a message listener
(optional) callback to receive notification on operation result
Generated using TypeDoc
Connection to MQTT message broker.
MQTT is a popular light-weight protocol to communicate IoT devices.
Configuration parameters
References
*:logger:*:*:1.0
(optional) ILogger components to pass log messages*:counters:*:*:1.0
(optional) ICounters components to pass collected measurements*:discovery:*:*:1.0
(optional) IDiscovery services to resolve connections*:credential-store:*:*:1.0
(optional) Credential stores to resolve credentials[[MessageQueue]]
[[MessagingCapabilities]]


The LDM system has a registry for configuration and runtime parameters that is
similar to Java preferences, the Windows registry, or GNU GConf. The parameters of the registry and their values
can be viewed by executing the command "regutil". Information on
regutil
can be obtained via the command "man regutil
".
The parameters are


The Reference parameter defines a path for partial filenames found in the document. Path information is often required if the document is loaded from something other than a file. Generally, this parameter would be a filename or path name where images or linked documents could be found.
Viewer.LoadFromString(S, 'C:\MyDirectory\');
will load the document in String, S, and add the path, 'C:\MyDirectory\', to any partial filenames found in the document.
The Reference parameter is optional.


And find the perfect partner to fullfill it
Bradley Hunter
Based in Chicago. I love playing tennis and loud music.
Heather Walker
I'm a happy person that loves cats and climbing on mountains.
Lucas Marsha
I get my inspiration from nature and objects around me. I have a passion to colours, typography and skateboards.


DfE enquiries
Central newsdesk 020 7783 8300
General enquiries 0370 000 2288
Press release
Details of the plan to improve the teaching of computer science.
As part of the government’s mission to ensure Britain competes and thrives in the global race, Education Secretary Michael Gove today set out plans to boost the teaching of computer science by training up the first generation of outstanding new teachers in this vital subject.
This comes as the government announces the end of funding for the current outdated information and communications technology (ICT) teacher training courses, to make way for new computer science courses from September 2013.
Top graduates will be enticed into a career in teaching with a new prestigious £20,000 scholarship programme set up with BCS, The Chartered Institute for IT and supported by industry experts such as Microsoft, Facebook, BT and IBM.
Industry experts, working with education professionals, have also for the first time ever set out the requirements for the subject knowledge and attributes all new computer science teachers should have before they start their training. This includes being able to demonstrate an understanding of key computer science concepts and approaches such as algorithms, data representation and logic.
This is all part of the government’s drive to recruit and train a new cadre of teachers with the expertise and enthusiasm to drive improvement in the quality of computer science teaching in schools.
A recent Royal Society report looking at computing education in UK schools found teaching was ‘highly unsatisfactory’. It said that many pupils were not inspired by what they were being taught and gained nothing beyond basic digital literacy skills such as how to use a word-processor or a database.
Education Secretary Michael Gove said:
Computer science is not just a rigorous, fascinating and intellectually challenging subject. It is also vital to our success in the global race.
If we want our country to produce the next Sir Tim Berners-Lee - creator of the World Wide Web - we need the very best computer science teachers in our classrooms. They need to have the right skills and deep subject knowledge to help their pupils.
Around 50 scholarships worth £20,000 each will be available in the first year. Any graduate with a 2.1 or first class degree will be eligible to apply for the scholarship to do a computer science Initial Teacher Training (ITT) course.
Working with experts in the industry and in teaching practice, BCS will award scholarships to candidates with exceptional subject knowledge, enthusiasm for the study of computer science as well as an outstanding potential to teach. BCS’s relationship with the scholars will continue into their teaching careers to develop a cadre of outstanding computer science teachers who are part of a community across schools, universities and industry.
Bill Mitchell, Director of BCS Academy of Computing, said:
The UK needs far more technology creators and entrepreneurs if we are to stay competitive in the global economy. That means students need to be taught not just how software and hardware works, but also how to create new digital technology for themselves.
The best way to do that is to have outstanding computer science teachers in as many schools as possible, which is why these new initiatives are so important.
Ian Livingstone, Life President of Eidos and Chair of Next Gen Skills, said:
Having dedicated, high-calibre computer science teachers in schools will have a powerful effect. They will inspire and enable children to be creators of technology rather than being simply passive users of it. Whether it’s making games, fighting cyber-crime or designing the next jet propulsion engine, computer science is at the heart of everything in the digital world in which we live. It is essential knowledge for the 21st century.
The BCS scholarship comes as part of the government’s teacher training strategy, Training our next generation of outstanding teachers. It follows on from the success of the physics scholarship with the Institute of Physics, a recent announcement of a new scholarship with the Royal Society of Chemistry.
The plans announced today also include:
The network will help forge long-term links between schools, top universities involved in computer science and employers. Around 540 schools have already registered interest in the network and top university computer science departments including those at Cambridge, Imperial and Manchester and employers such as Microsoft, BT and IBM have also signed up.
Professor Chris Bishop, Distinguished Scientist at Microsoft Research, said:
Microsoft is passionate about improving the way that we teach technology in schools, but also how we use technology to teach. As founding members of the Computing at School working group, we’ve been working to inspire both teachers and young people about the importance of computer science for a number of years.
Scholarships such as those announced today will be vital in ensuring that the UK maintains a healthy pipeline of computer science talent, which can only be a positive thing for this country’s future prosperity.
Simon Milner, Facebook’s Director of Public Policy for UK & Ireland, said:
Facebook welcomes the scholarship programme for teachers announced by the government today. It is a positive step to help get high quality computer science teachers in schools, and therefore ensure more young people gain the right skills to join and lead our digital industries.
We get excited by how the work of Facebook engineers and outside developers is transforming the way millions of people communicate, so we can’t wait to share our passion and expertise in this area to inspire the next generation.
Simon Peyton-Jones, Chair of the Computing at School Working Group (CAS) and Principal Researcher at Microsoft Research, said:
We need to attract outstanding new computer science teachers, and we must support our existing ICT teachers as they start to teach the subject. CAS fully supports today’s announcements, which give unmistakeable government support to both these challenges. We look forward to playing our part, and working with government to make a substantial and lasting improvement to our children’s education in the vital subject.
This press notice relates to England only.
For more information on becoming a teacher visit the ‘Get into Teaching’ website.
The new, tough requirements for the subject knowledge and attributes all new computer science teachers need to demonstrate is available in the Subject knowledge requirements for entry into computer science teacher training .
In January 2012, a Royal Society report looking at computing education in UK schools found teaching was highly unsatisfactory. It said that many pupils are not inspired by what they are taught and gain nothing beyond basic digital literacy skills such as how to use a word-processor or a database.  The way forward for computing in UK schools can be found on the Royal Society’s website.
The government’s announcement on changes to the ICT curriculum can be found on the news section.
A new revised, less prescriptive programme of study for the subject will be announced in due course. It will come into effect from September 2014.
Further details on the Network of Computer Science Teaching Excellence can be found on the BCS website.
The government’s Initial Teacher Training Strategy - Training our next generation of outstanding teachers - and implementation plan is available.
In January 2012, Education Secretary Michael Gove spoke about ICT teaching in schools. The full speech is available.
Central newsdesk 020 7783 8300
General enquiries 0370 000 2288
Published: 19 October 2012


@import views.html.help.help_table @import views.ViewHelper @(dataSetName: String, newDataSetName: String)(implicit request: play.api.mvc.Request[Any]) @dataSetNameDescription = @{ "The name of the dataset for the selected operation." }


This class instantiates a robot.

The documentation for this class was generated from the following file:
- python/dynamic_graph_manager/device/robot.py


--- title: "Contact" slug: "contact" menu: main: name: "Contact" url: "/contact/" weight: 3 ---
How to contact me:
Carrier Pigeon: TODO Smoke Signals: TODO Telepathy: TODO


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SLIDE
A hatchdling jQuery plugin for carousel like functionality
The slide hatchdling allows for simple carousel action in
your browser in a way that works for RWD. We've taken a look
at the requirements for the slider to change depending on the
width of the page as possible.
Single Element Slider
This example is for a single element (in this case image)
sliderwhich moves one per time
Grouped Slider
This example groups together the slides into 2 items
at once.


Citizens express loyalty to His Majesty during Oman-India football match
by Times News ServiceMuscat: The Sultan Qaboos Sports Complex in Baushar looked colourful on Tuesday evening as Omanis came together not only to support the national team but show their gratitude and loyalty to His Majesty Sultan Qaboos bin Said on the occasion of Oman’s 49th National Day.
In a statement issued online, Oman Football Association said: “At the 49th minute of the match between Oman and India, the Omani fans made a special show to express of their celebration of the 49th National Day.”


--- layout: post title: Micah's cohort description: "So many lessons" modified: 2015-05-11 tags: [lesson] image: feature: stairway.jpg comments: false ---
I have been quiet for couple of weeks, and not because I didn’t have anything to write about, but more because of time management. I have not been leaving myself any time to write. There is no real justification for dropping stories from the iteration but it’s the blogging that always falls the victim of the last minute cut. I really need to carve out time for it, will aim to do so consistently in the upcoming weeks.
One of the events that happened during my silence is the visit of our founder, Micah Martin. I have never met him before so it was really exciting to have him around and to be able to ask him questions.
Micah was here for a week and I wanted to make sure I get a chance to pair with him at some point. When the moment came we decided to just solve a kata. It was really fun, and it probably deserves a post of its own. But in this post I would like to tell you about the Micah's cohort.
The plan for the most of the week was for Micah to pair with craftsmen on the client's projects that we currently have here at London office. But on Friday we were all meant to get a day with Micah and he had a plan for all of us.
The only thing about the day that we knew about was kata presentation, because he asked each one of us to prepare one of our choice. I wanted to pick something unusual, however Roman Numerals was part of my iteration that week anyway, so Jim suggested that I might as well practice that for Friday.
On the day these were the main tasks:
Aside from kata, they all came as a surprise one after the other. And it was quite intense, you really feel the pressure when you know that in 30 min you will be doing a presentation on a design pattern you didn't know about just few seconds ago. Or, when you only have under an hour to research and write a blogpost on an unknown topic.
We all did very well for all the tasks given, and not just because I say so myself. Micah has run this activity a few times and said we exceeded his expectations. Shout out to the London team!
There are a lot of take aways from this activity, but for me the most important one was the observation how everyone was still able to perform to quite a high standard within the limited time. I realised that I need to apply this time-boxing technique in my everyday practice.
Inspired by this, I decided to study one or two patterns in the same manner every week and then to present my findings every Friday at the 8th Light University. I also got other apprentices in on this, so we will all be doing at least a pattern a week going forward. This will also give me a material for the blog post, so watch this space!


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\(p\)-adic Valuations on Number Fields and Their Subrings and Completions#
EXAMPLES:
sage: ZZ.valuation(2)
2-adic valuation
sage: QQ.valuation(3)
3-adic valuation
sage: CyclotomicField(5).valuation(5)
5-adic valuation
sage: GaussianIntegers().valuation(7)
7-adic valuation
sage: Zp(11).valuation()
11-adic valuation
These valuations can then, e.g., be used to compute approximate factorizations in the completion of a ring:
sage: v = ZZ.valuation(2)
sage: R.<x> = ZZ[]
sage: f = x^5 + x^4 + x^3 + x^2 + x - 1
sage: v.montes_factorization(f, required_precision=20)
(x + 676027) * (x^4 + 372550*x^3 + 464863*x^2 + 385052*x + 297869)
AUTHORS:
Julian Rüth (2013-03-16): initial version
REFERENCES:
The theory used here was originally developed in [Mac1936I] and [Mac1936II]. An overview can also be found in Chapter 4 of [Rüt2014].
- class sage.rings.padics.padic_valuation.PadicValuationFactory#
Bases:
UniqueFactory
Create a
prime
-adic valuation onR
.INPUT:
R
– a subring of a number field or a subring of a local field in characteristic zeroprime
– a prime that does not split, a discrete (pseudo-)valuation, a fractional ideal, orNone
(default:None
)
EXAMPLES:
For integers and rational numbers,
prime
is just a prime of the integers:sage: valuations.pAdicValuation(ZZ, 3) 3-adic valuation sage: valuations.pAdicValuation(QQ, 3) 3-adic valuation
prime
may beNone
for local rings:sage: valuations.pAdicValuation(Qp(2)) 2-adic valuation sage: valuations.pAdicValuation(Zp(2)) 2-adic valuation
But it must be specified in all other cases:
sage: valuations.pAdicValuation(ZZ) Traceback (most recent call last): ... ValueError: prime must be specified for this ring
It can sometimes be beneficial to define a number field extension as a quotient of a polynomial ring (since number field extensions always compute an absolute polynomial defining the extension which can be very costly):
sage: R.<x> = QQ[] sage: K.<a> = NumberField(x^2 + 1) sage: R.<x> = K[] sage: L.<b> = R.quo(x^2 + a) sage: valuations.pAdicValuation(L, 2) 2-adic valuation
See also
NumberField_generic.valuation()
,Order.valuation()
,pAdicGeneric.valuation()
,RationalField.valuation()
,IntegerRing_class.valuation()
.- create_key_and_extra_args(R, prime=None, approximants=None)#
Create a unique key identifying the valuation of
R
with respect toprime
.EXAMPLES:
sage: QQ.valuation(2) # indirect doctest 2-adic valuation
- create_key_and_extra_args_for_number_field(R, prime, approximants)#
Create a unique key identifying the valuation of
R
with respect toprime
.EXAMPLES:
sage: GaussianIntegers().valuation(2) # indirect doctest 2-adic valuation
- create_key_and_extra_args_for_number_field_from_ideal(R, I, prime)#
Create a unique key identifying the valuation of
R
with respect toI
.Note
prime
, the original parameter that was passed tocreate_key_and_extra_args()
, is only used to provide more meaningful error messagesEXAMPLES:
sage: GaussianIntegers().valuation(GaussianIntegers().number_field().fractional_ideal(2)) # indirect doctest 2-adic valuation
- create_key_and_extra_args_for_number_field_from_valuation(R, v, prime, approximants)#
Create a unique key identifying the valuation of
R
with respect tov
.Note
prime
, the original parameter that was passed tocreate_key_and_extra_args()
, is only used to provide more meaningful error messagesEXAMPLES:
sage: GaussianIntegers().valuation(ZZ.valuation(2)) # indirect doctest 2-adic valuation
- create_key_for_integers(R, prime)#
Create a unique key identifying the valuation of
R
with respect toprime
.EXAMPLES:
sage: QQ.valuation(2) # indirect doctest 2-adic valuation
- create_key_for_local_ring(R, prime)#
Create a unique key identifying the valuation of
R
with respect toprime
.EXAMPLES:
sage: Qp(2).valuation() # indirect doctest 2-adic valuation
- create_object(version, key, **extra_args)#
Create a \(p\)-adic valuation from
key
.EXAMPLES:
sage: ZZ.valuation(5) # indirect doctest 5-adic valuation
- class sage.rings.padics.padic_valuation.pAdicFromLimitValuation(parent, approximant, G, approximants)#
Bases:
FiniteExtensionFromLimitValuation
,pAdicValuation_base
A \(p\)-adic valuation on a number field or a subring thereof, i.e., a valuation that extends the \(p\)-adic valuation on the integers.
EXAMPLES:
sage: v = GaussianIntegers().valuation(3); v 3-adic valuation
- extensions(ring)#
Return the extensions of this valuation to
ring
.EXAMPLES:
sage: v = GaussianIntegers().valuation(3) sage: v.extensions(v.domain().fraction_field()) [3-adic valuation]
- class sage.rings.padics.padic_valuation.pAdicValuation_base(parent, p)#
Bases:
DiscreteValuation
Abstract base class for \(p\)-adic valuations.
INPUT:
ring
– an integral domainp
– a rational prime over which this valuation lies, not necessarily a uniformizer for the valuation
EXAMPLES:
sage: ZZ.valuation(3) 3-adic valuation sage: QQ.valuation(5) 5-adic valuation For `p`-adic rings, ``p`` has to match the `p` of the ring. :: sage: v = valuations.pAdicValuation(Zp(3), 2); v Traceback (most recent call last): ... ValueError: prime must be an element of positive valuation
- change_domain(ring)#
Change the domain of this valuation to
ring
if possible.EXAMPLES:
sage: v = ZZ.valuation(2) sage: v.change_domain(QQ).domain() Rational Field
- extensions(ring)#
Return the extensions of this valuation to
ring
.EXAMPLES:
sage: v = ZZ.valuation(2) sage: v.extensions(GaussianIntegers()) [2-adic valuation]
- is_totally_ramified(G, include_steps=False, assume_squarefree=False)#
Return whether
G
defines a single totally ramified extension of the completion of the domain of this valuation.INPUT:
G
– a monic squarefree polynomial over the domain of this valuationinclude_steps
– a boolean (default:False
); where to include the valuations produced during the process of checking whetherG
is totally ramified in the return valueassume_squarefree
– a boolean (default:False
); whether to assume thatG
is square-free over the completion of the domain of this valuation. Setting this toTrue
can significantly improve the performance.
ALGORITHM:
This is a simplified version of
sage.rings.valuation.valuation.DiscreteValuation.mac_lane_approximants()
.EXAMPLES:
sage: k = Qp(5,4) sage: v = k.valuation() sage: R.<x> = k[] sage: G = x^2 + 1 sage: v.is_totally_ramified(G) False sage: G = x + 1 sage: v.is_totally_ramified(G) True sage: G = x^2 + 2 sage: v.is_totally_ramified(G) False sage: G = x^2 + 5 sage: v.is_totally_ramified(G) True sage: v.is_totally_ramified(G, include_steps=True) (True, [Gauss valuation induced by 5-adic valuation, [ Gauss valuation induced by 5-adic valuation, v((1 + O(5^4))*x) = 1/2 ]])
We consider an extension as totally ramified if its ramification index matches the degree. Hence, a trivial extension is totally ramified:
sage: R.<x> = QQ[] sage: v = QQ.valuation(2) sage: v.is_totally_ramified(x) True
- is_unramified(G, include_steps=False, assume_squarefree=False)#
Return whether
G
defines a single unramified extension of the completion of the domain of this valuation.INPUT:
G
– a monic squarefree polynomial over the domain of this valuationinclude_steps
– a boolean (default:False
); whether to include the approximate valuations that were used to determine the result in the return value.assume_squarefree
– a boolean (default:False
); whether to assume thatG
is square-free over the completion of the domain of this valuation. Setting this toTrue
can significantly improve the performance.
EXAMPLES:
We consider an extension as unramified if its ramification index is 1. Hence, a trivial extension is unramified:
sage: R.<x> = QQ[] sage: v = QQ.valuation(2) sage: v.is_unramified(x) True
If
G
remains irreducible in reduction, then it defines an unramified extension:sage: v.is_unramified(x^2 + x + 1) True
However, even if
G
factors, it might define an unramified extension:sage: v.is_unramified(x^2 + 2*x + 4) True
- lift(x)#
Lift
x
from the residue field to the domain of this valuation.INPUT:
x
– an element of theresidue_field()
EXAMPLES:
sage: v = ZZ.valuation(3) sage: xbar = v.reduce(4) sage: v.lift(xbar) 1
- p()#
Return the \(p\) of this \(p\)-adic valuation.
EXAMPLES:
sage: GaussianIntegers().valuation(2).p() 2
- reduce(x)#
Reduce
x
modulo the ideal of elements of positive valuation.INPUT:
x
– an element in the domain of this valuation
OUTPUT:
An element of the
residue_field()
.EXAMPLES:
sage: v = ZZ.valuation(3) sage: v.reduce(4) 1
- restriction(ring)#
Return the restriction of this valuation to
ring
.EXAMPLES:
sage: v = GaussianIntegers().valuation(2) sage: v.restriction(ZZ) 2-adic valuation
- value_semigroup()#
Return the value semigroup of this valuation.
EXAMPLES:
sage: v = GaussianIntegers().valuation(2) sage: v.value_semigroup() Additive Abelian Semigroup generated by 1/2
- class sage.rings.padics.padic_valuation.pAdicValuation_int(parent, p)#
Bases:
pAdicValuation_base
A \(p\)-adic valuation on the integers or the rationals.
EXAMPLES:
sage: v = ZZ.valuation(3); v 3-adic valuation
- inverse(x, precision)#
Return an approximate inverse of
x
.The element returned is such that the product differs from 1 by an element of valuation at least
precision
.INPUT:
x
– an element in the domain of this valuationprecision
– a rational or infinity
EXAMPLES:
sage: v = ZZ.valuation(2) sage: x = 3 sage: y = v.inverse(3, 2); y 3 sage: x*y - 1 8
This might not be possible for elements of positive valuation:
sage: v.inverse(2, 2) Traceback (most recent call last): ... ValueError: element has no approximate inverse in this ring
Unless the precision is very small:
sage: v.inverse(2, 0) 1
- residue_ring()#
Return the residue field of this valuation.
EXAMPLES:
sage: v = ZZ.valuation(3) sage: v.residue_ring() Finite Field of size 3
- simplify(x, error=None, force=False, size_heuristic_bound=32)#
Return a simplified version of
x
.Produce an element which differs from
x
by an element of valuation strictly greater than the valuation ofx
(or strictly greater thanerror
if set.)INPUT:
x
– an element in the domain of this valuationerror
– a rational, infinity, orNone
(default:None
), the error allowed to introduce through the simplificationforce
– ignoredsize_heuristic_bound
– whenforce
is not set, the expected factor by which thex
need to shrink to perform an actual simplification (default: 32)
EXAMPLES:
sage: v = ZZ.valuation(2) sage: v.simplify(6, force=True) 2 sage: v.simplify(6, error=0, force=True) 0
In this example, the usual rational reconstruction misses a good answer for some moduli (because the absolute value of the numerator is not bounded by the square root of the modulus):
sage: v = QQ.valuation(2) sage: v.simplify(110406, error=16, force=True) 562/19 sage: Qp(2, 16)(110406).rational_reconstruction() Traceback (most recent call last): ... ArithmeticError: rational reconstruction of 55203 (mod 65536) does not exist
- uniformizer()#
Return a uniformizer of this \(p\)-adic valuation, i.e., \(p\) as an element of the domain.
EXAMPLES:
sage: v = ZZ.valuation(3) sage: v.uniformizer() 3
- class sage.rings.padics.padic_valuation.pAdicValuation_padic(parent)#
Bases:
pAdicValuation_base
The \(p\)-adic valuation of a complete \(p\)-adic ring.
INPUT:
R
– a \(p\)-adic ring
EXAMPLES:
sage: v = Qp(2).valuation(); v #indirect doctest 2-adic valuation
- element_with_valuation(v)#
Return an element of valuation
v
.INPUT:
v
– an element of thepAdicValuation_base.value_semigroup()
of this valuation
EXAMPLES:
sage: R = Zp(3) sage: v = R.valuation() sage: v.element_with_valuation(3) 3^3 + O(3^23) sage: K = Qp(3) sage: R.<y> = K[] sage: L.<y> = K.extension(y^2 + 3*y + 3) sage: L.valuation().element_with_valuation(3/2) y^3 + O(y^43)
- lift(x)#
Lift
x
from theresidue_field()
to the domain of this valuation.INPUT:
x
– an element of the residue field of this valuation
EXAMPLES:
sage: R = Zp(3) sage: v = R.valuation() sage: xbar = v.reduce(R(4)) sage: v.lift(xbar) 1 + O(3^20)
- reduce(x)#
Reduce
x
modulo the ideal of elements of positive valuation.INPUT:
x
– an element of the domain of this valuation
OUTPUT:
An element of the
residue_field()
.EXAMPLES:
sage: R = Zp(3) sage: Zp(3).valuation().reduce(R(4)) 1
- residue_ring()#
Return the residue field of this valuation.
EXAMPLES:
sage: Qq(9, names='a').valuation().residue_ring() Finite Field in a0 of size 3^2
- shift(x, s)#
Shift
x
in its expansion with respect touniformizer()
bys
“digits”.For non-negative
s
, this just returnsx
multiplied by a power of the uniformizer \(\pi\).For negative
s
, it does the same but when not over a field, it drops coefficients in the \(\pi\)-adic expansion which have negative valuation.EXAMPLES:
sage: R = ZpCA(2) sage: v = R.valuation() sage: v.shift(R.one(), 1) 2 + O(2^20) sage: v.shift(R.one(), -1) O(2^19) sage: S.<y> = R[] sage: S.<y> = R.extension(y^3 - 2) sage: v = S.valuation() sage: v.shift(1, 5) y^5 + O(y^60)
- simplify(x, error=None, force=False)#
Return a simplified version of
x
.Produce an element which differs from
x
by an element of valuation strictly greater than the valuation ofx
(or strictly greater thanerror
if set.)INPUT:
x
– an element in the domain of this valuationerror
– a rational, infinity, orNone
(default:None
), the error allowed to introduce through the simplificationforce
– ignored
EXAMPLES:
sage: R = Zp(2) sage: v = R.valuation() sage: v.simplify(6) 2 + O(2^21) sage: v.simplify(6, error=0) 0
- uniformizer()#
Return a uniformizer of this valuation.
EXAMPLES:
sage: v = Zp(3).valuation() sage: v.uniformizer() 3 + O(3^21)


IT Training Plan
Day 1 - restarting moodle webservers (nginx and php-fpm)
- putty
- adduser
- usermod -aG sudo
- ssh<EMAIL_ADDRESS>- sudo systemctl restart
- nginx
- php7.1-fpm
- php7.2-fpm
- mysqld
- chmod +x
- restart bash script
Day 2 - linux backup basics (tar and rsync)
- I'll create a script to quickly make a folder with a lot of files
- I'll ask everyone to tarball the folder
- I'll ask everyone to rsync the folder into another folder
- We'll log into the backhub server
- We'll tarball the important Nephila folders
- We'll rsync pull down to the laptop
rsync
tar
Day 3 - installing moodle the easy way
- Present a roy-tutorial on installing moodle on a VPS
- Create nanodes for everyone
-
Ask everyone to follow the tutorial and STOP at the Moodle installation web page
R :: results we want
O :: observations to make along the way
W :: why we do it this way
Day 4 - securing moodle the easy way
- Do the DNS setup
- use Let's Encrypt
- update config.php and sites-available/moodle
- Check for https
- Finish Moodle installation
- Log in as admin
Day 5 - config moodle for large uploads
- Create a course
- rsync a large course into the server
- Try to restore a large course
- adjust config.php to increase upload size
- Restore a large course
php.ini
Find the correct php.ini
php -i | grep php.ini
Site admins can display phpinfo in moodle
Settings > Site administration > Server > PHP info
PHP settings
sudo nano /etc/php/7.4/fpm/php.ini
file_uploads = On
allow_url_fopen = On
short_open_tag = On
memory_limit = 256M
cgi.fix_pathinfo = 0
upload_max_filesize = 200M
max_execution_time = 360
date.timezone = Asia/Singapore
post_max_size = 200M
Day 6 -
- install moosh
- sudo -u www-data watch moosh top
- sudo -u www-data moosh course-list
- check database
- sudo -u www-data moosh course-delete
- go over the backup script
Day 7
- go over the bulk_create_restore script
- install goodls
- get api key
- download .mbz directory
- realpath
- redirection: >
- run the bulk_create_restore script
Day 8
Try Ruby


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{{> head}}
{{hapiSwagger.info.description}}
{{/if}}This page demostrates the use of a tag to show only a subset of the API. If you look at tags property in route.js you will see that only API endpoints tagged with "reduced" are displayed below. To add this feature just add the "/docs?tags=reduced" tags querytring the docs path in the JavaScript.


LPToolKit Tablet
This is from the new wwwroot folder.
Time since last data: n/a seconds.
Current request has been waiting n/a seconds.
Last server timestamp was n/a.


Opening this Fall 2021
Telephone516-686-6983
Location290 Glen Cove Rd, Roslyn Heights, NY 11577
Hours of Operation
Coming Soon
Contact us for special events, catering, or any additional questions.


Examples of pellet types include the Red 1 pellet, the Red 5 pellet, the Yellow 1 pellet, etc.
To create a new type of pellet, please follow the making object types tutorial.
Overview
Each pellet object type can be bound to one type of Pikmin. Its color and look can be anything, though. That said, a pellet is forced to have a number drawn on top of it. Each pellet type is bound to one Pikmin type, and has data on how many seeds to give when the Pikmin type matches the Onion, and how many for when it doesn't.
Pellet type objects are hardcoded in the engine to be carriable, have a number displayed on top of them, have a number for Pikmin type match seeds, and a number for non-match seeds.
Properties
Besides the global object type properties, a pellet type has the following properties.
Mandatory
number
: The number written on the pellet (e.g. 1, 5, 10). This will set the weight to the same thing.number_image
: Name of the image with the number. The image should be inGame_data/Graphics
, and the extension of the file name must be included.pikmin_type
: Name of the type of Pikmin the pellet matches with.
Recommended
match_seeds
: How many seeds it gives to the Onion when the pellet's Pikmin type matches the Onion's. Defaults to 0.non_match_seeds
: How many seeds it gives to the Onion when the pellet's Pikmin type does not match the Onion's. Defaults to 0.
Optional
None.
Animations
A pellet type needs to have the following animations:
idling
: Idling; used for everything. This should not include the number, since the number is placed on top of the pellet during gameplay.
Script
Pellet types have hardcoded scripts, so the only thing you can do is enhance them.
Some script variables control special behavior, like the pellet's starting team. To know which ones exist, you can go to the area editor, select a pellet, and read the tooltip of each variable.


Muscle Car Mania
Take a look at the links to some of my favorite cars.
The Nissan Skyline
Famous Mustangs
The Famed Ford GT
Rare Muscle Cars
Why the E46 BMW is the Best Car Ever Made


What?
Using data analysis and other technologies Who's Serving Who? is a tool to visually show the achievement differences by demographic in Oakland, CA. By using state achievement data an "Equity Score" is constructed based on the achievement of students with similar demographics to yours.
Why?
Each year, parents in Oakland search to find "the best" school for their child. But every parent knows their child is not just like any other child. Every child brings their own unique experiences, identity and self to school with them each day. And each school serves their students in a unique way based on the educational outlook and experiences of the teachers, administration and staff at the school.
How?
To help parents find their best school, we created this tool. Using widely available data from the California Department of Education you are able to find a school that serves your student based on who they are. This tool is written in Python using PANDAS, PostgresSQL, Altair and Flask. It queries the data from the California Department of Education
Who?
This tool was created by Justin August. I am a former educator turned Data Scientist living in Oakland, CA. I'm also a new parent and deeply invested in questions of equity in our public schools. The idea of finding a school for your child came to me after having several conversations with my peers, all of whom refered to the same core group of schools as their ideal schools for their child. As an educator with feet in both the progressive and social justice worlds of education I know that every child doesn't receieve the same education at each school. My intuition was that there was a way to visually show this and help parents identify a way to find out what school might result in their preferred outcomes.
Equity Score
In order to select a school based on the intersectional identity of your child we developed the Equity Score. This score integrates the achievement of each separate sub-demographic in someone's identity to come up with an aggregate score. Currently this is the mathemetical average of all scores. In the future this will be weighted to accurately reflect the ways that individual aspects of identity can affect student performance at each school.


|
BitShares-Core
6.1.0
BitShares blockchain implementation and command-line interface software
|
An order-perserving dictionary of variant's. More...
#include <variant_object.hpp>
Classes | |
| class | entry |
| a key/value pair More... | |
Public Types | |
| typedef std::vector< entry >::const_iterator | iterator |
Public Member Functions | |
| variant_object () | |
| variant_object (string key, variant val) | |
| template<typename T > | |
| variant_object (string key, T &&val) | |
| variant_object (const variant_object &) | |
| variant_object (variant_object &&) | |
| variant_object (const mutable_variant_object &) | |
| variant_object (mutable_variant_object &&) | |
| variant_object & | operator= (variant_object &&) |
| variant_object & | operator= (const variant_object &) |
| variant_object & | operator= (mutable_variant_object &&) |
| variant_object & | operator= (const mutable_variant_object &) |
Immutable Interface | |
Calling these methods will not result in copies of the underlying type. | |
| iterator | begin () const |
| iterator | end () const |
| iterator | find (const string &key) const |
| iterator | find (const char *key) const |
| const variant & | operator[] (const string &key) const |
| const variant & | operator[] (const char *key) const |
| size_t | size () const |
| bool | contains (const char *key) const |
Friends | |
| class | mutable_variant_object |
An order-perserving dictionary of variant's.
Keys are kept in the order they are inserted. This dictionary implements copy-on-write
Definition at line 20 of file variant_object.hpp.
| typedef std::vector< entry >::const_iterator fc::variant_object::iterator |
Definition at line 45 of file variant_object.hpp.
| fc::variant_object::variant_object | ( | ) |
Definition at line 98 of file variant_object.cpp.
| fc::variant_object::variant_object | ( | string | key, |
| variant | val | ||
| ) |
initializes the first key/value pair in the object
Definition at line 103 of file variant_object.cpp.
|
inline |
Definition at line 70 of file variant_object.hpp.
| fc::variant_object::variant_object | ( | const variant_object & | obj | ) |
Definition at line 109 of file variant_object.cpp.
| fc::variant_object::variant_object | ( | variant_object && | obj | ) |
Definition at line 115 of file variant_object.cpp.
| fc::variant_object::variant_object | ( | const mutable_variant_object & | obj | ) |
Definition at line 122 of file variant_object.cpp.
| fc::variant_object::variant_object | ( | mutable_variant_object && | obj | ) |
Definition at line 127 of file variant_object.cpp.
| variant_object::iterator fc::variant_object::begin | ( | ) | const |
Definition at line 53 of file variant_object.cpp.
|
inline |
Definition at line 61 of file variant_object.hpp.
| variant_object::iterator fc::variant_object::end | ( | ) | const |
Definition at line 59 of file variant_object.cpp.
| variant_object::iterator fc::variant_object::find | ( | const string & | key | ) | const |
Definition at line 64 of file variant_object.cpp.
| variant_object::iterator fc::variant_object::find | ( | const char * | key | ) | const |
Definition at line 69 of file variant_object.cpp.
| variant_object & fc::variant_object::operator= | ( | variant_object && | obj | ) |
Definition at line 133 of file variant_object.cpp.
| variant_object & fc::variant_object::operator= | ( | const variant_object & | obj | ) |
Definition at line 143 of file variant_object.cpp.
| variant_object & fc::variant_object::operator= | ( | mutable_variant_object && | obj | ) |
Definition at line 152 of file variant_object.cpp.
| variant_object & fc::variant_object::operator= | ( | const mutable_variant_object & | obj | ) |
Definition at line 159 of file variant_object.cpp.
| const variant & fc::variant_object::operator[] | ( | const string & | key | ) | const |
Definition at line 81 of file variant_object.cpp.
| const variant & fc::variant_object::operator[] | ( | const char * | key | ) | const |
Definition at line 86 of file variant_object.cpp.
| size_t fc::variant_object::size | ( | ) | const |
Definition at line 93 of file variant_object.cpp.
|
friend |
Definition at line 89 of file variant_object.hpp.


Wireframs
Here is the wire frame that I created prior to creating my index page. I challenged myself with the design, because I did want to make it into a tree. What do you think?
This webpage, which is the homepage for Uniqlo, allows the user to find whatever they need from the navigation bar either using the search engine or navigating through the categories drop down menu. Although, all the navigation is easily accessible the page still provides promotional ads on the page. This solves two problems…. I know what I want, where can I find it? or What is new? Solved by the promotional squares and the navigation bar. Some of the challenges for the user could be that there are a lot of distractions/promotional ads and if one had a specific purpose for visiting the site, they may end up buying more.
This page, from Kayak, directs you to enter your selected dates and destination for flights. It finds your flight for you, and also suggests to book a hotel/car from the navigation bar. It also has some promotions of hotels while you are searching for a flight. The visual challenge is not to distract the user away from the travel plans, but also suggests that they can look at other overs for hotels or cars. The spacing allows the user to focus on their specific plans in one general section of the webpage.
This page from Teamtreehouse.com gives the body more room than any other section, providing the user with focus on content. It only gives the user a few, small navigation areas that do not over power the content. This page shows progress and links to your last progress. This page solves, the "where did I leave off" or "where should I focus now" questions.


|
||||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object csic.iiia.ftl.base.core.FTAntiunification
public class FTAntiunification
The Class FTAntiunification.
| Field Summary | |
|---|---|
static boolean |
DEBUG
The Constant DEBUG. |
static int |
VERSION_COMPLETE
The Constant VERSION_COMPLETE. |
static int |
VERSION_FAST
The Constant VERSION_FAST. |
static int |
VERSION_STANDARD
The Constant VERSION_STANDARD. |
| Constructor Summary | |
|---|---|
FTAntiunification()
|
| Method Summary | |
|---|---|
static java.util.List<FeatureTerm> |
antiunification(java.util.List<FeatureTerm> objects,
int language,
java.util.List<FeatureTerm> initial_terms,
Ontology o,
FTKBase dm,
boolean separation_test,
int version)
Antiunification. |
static java.util.List<Pair<FeatureTerm,java.lang.Integer>> |
antiunificationCountingSteps(java.util.List<FeatureTerm> objects,
int language,
java.util.List<Pair<FeatureTerm,java.lang.Integer>> initial_terms,
Ontology o,
FTKBase dm,
boolean separation_test,
int version)
Antiunification counting steps. |
static FeatureTerm |
simpleAntiunification(FeatureTerm f1,
FeatureTerm f2,
Ontology ontology,
FTKBase domain_model)
Simple antiunification. |
static FeatureTerm |
simpleAntiunification(FeatureTerm f1,
FeatureTerm f2,
Ontology ontology,
FTKBase domain_model,
int language)
Simple antiunification. |
static FeatureTerm |
simpleAntiunification(java.util.List<FeatureTerm> objects,
FeatureTerm startingPoint,
Ontology ontology,
FTKBase domain_model)
Simple antiunification. |
static FeatureTerm |
simpleAntiunification(java.util.List<FeatureTerm> objects,
Ontology ontology,
FTKBase domain_model)
Simple antiunification. |
| Methods inherited from class java.lang.Object |
|---|
equals, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Field Detail |
|---|
public static final boolean DEBUG
public static final int VERSION_FAST
public static final int VERSION_STANDARD
public static final int VERSION_COMPLETE
| Constructor Detail |
|---|
public FTAntiunification()
| Method Detail |
|---|
public static FeatureTerm simpleAntiunification(FeatureTerm f1, FeatureTerm f2, Ontology ontology, FTKBase domain_model) throws FeatureTermException
f1
- the f1f2
- the f2ontology
- the ontologydomain_model
- the domain_model
FeatureTermException
- the feature term exceptionpublic static FeatureTerm simpleAntiunification(FeatureTerm f1, FeatureTerm f2, Ontology ontology, FTKBase domain_model, int language) throws FeatureTermException
f1
- the f1f2
- the f2ontology
- the ontologydomain_model
- the domain_modellanguage
- the language
FeatureTermException
- the feature term exceptionpublic static FeatureTerm simpleAntiunification(java.util.List<FeatureTerm> objects, Ontology ontology, FTKBase domain_model) throws FeatureTermException
objects
- the objectsontology
- the ontologydomain_model
- the domain_model
FeatureTermException
- the feature term exceptionpublic static FeatureTerm simpleAntiunification(java.util.List<FeatureTerm> objects, FeatureTerm startingPoint, Ontology ontology, FTKBase domain_model) throws FeatureTermException
objects
- the objectsstartingPoint
- the starting pointontology
- the ontologydomain_model
- the domain_model
FeatureTermException
- the feature term exceptionpublic static java.util.List<FeatureTerm> antiunification(java.util.List<FeatureTerm> objects, int language, java.util.List<FeatureTerm> initial_terms, Ontology o, FTKBase dm, boolean separation_test, int version) throws FeatureTermException
objects
- the objectslanguage
- the languageinitial_terms
- the initial_termso
- the odm
- the dmseparation_test
- the separation_testversion
- the version
0: Fast - It guarantees at least one antiunification. It's the fastest way
1: Standard - It's not as fast as "Fast" version but it usually get all the possible results
2: Complete - It's a greedy way. It guarantees all the results, but it's slow
FeatureTermException
- the feature term exceptionpublic static java.util.List<Pair<FeatureTerm,java.lang.Integer>> antiunificationCountingSteps(java.util.List<FeatureTerm> objects, int language, java.util.List<Pair<FeatureTerm,java.lang.Integer>> initial_terms, Ontology o, FTKBase dm, boolean separation_test, int version) throws FeatureTermException
objects
- the objectslanguage
- the languageinitial_terms
- the initial_termso
- the odm
- the dmseparation_test
- the separation_testversion
- the version
0: Fast - It just guarantees one antiunification but it's the fastest way
1: Standard - It's fast and it usually get all the possible results
2: Complete - It's a greedy way. It guarantees all the results, but it's slow
FeatureTermException
- the feature term exception
|
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| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
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Notebooks
Story: Words and sentences
Words and sentences
Title
Words and sentences
Collection
Summary
Words and sentences including the name of a |xam poison.
Comments
1) This story is found in Book VI
Contributors
Date
1872
Categories
Keywords
words and sentences (including the name of a poison) , dictionary (words and sentences including the name of a poison) , vocabulary (|xam) , vocabulary (words and sentences including the name of a poison) , name (of |xam poison) , name (words and sentences including that of a poison) , poison (words and sentences including the name of one used by the |xam)
Story Pages
750


Coopr 0.9.9-SNAPSHOT Documentation¶
Coopr is a software system that enables end users to provision clusters based on templates and settings defined by administrators. Coopr exposes simple interfaces to administrators and allows easy customization of the properties of provisioned clusters, including software services, hardware configurations and infrastructure providers.
This documentation provides information about Coopr, its operational management capabilities, and its functionality available for both end users and administrators. This document presumes you have some familiarity with the SQL databases, Zookeeper, the REST protocol and the Ruby programming language.


DRAFT - HTML4 Test Suite: 5 Document Representation
[
Previous
] [
Next
] [
Contents
] [
Specification
]
In this section:
Test 5_3_2-BF-01.html
Test 5_3_1-BF-01.html


Bscp – Secure and efficient copying of block devices
Bscp copies a single file or block device over an SSH
connection, transferring only the parts that have changed.
In other words, it handles the edge case where RSync fails.
Download
git clone https://github.com/bscp-tool/bscp-tool.github.io.git
Usage
bscp SRC HOST:DEST [BLOCKSIZE] [HASH]
The default BLOCKSIZE
is 65536
(64 KiB).
The default HASH
algorithm is sha1
(SHA-1).
Comparison
Bscp is similar to the classic
blocksync.py,
but provides the following advantages:
-
It doesn't have to be installed on server side.
-
It uses a stronger hash algorithm (SHA-1 instead of MD5),
which is also configurable at command line.
-
DEST is allowed to be larger than SRC.
In that case,
SRC is copied to the beginning of DEST
and the end of DEST remains untouched.
-
The client-server protocol is designed to
communicate in bigger chunks,
so it is more suitable to
network connections with bad latency.
Contact
See also


Employee's Dashboard
Dashboard
Request Submission
User Profile
Log out
User Profile
Name
Please do not leave it blank.
Email Address
Please do not leave it blank.
Password (leave it blank if unchanged)
Confirm Password (leave it blank if unchanged)
Mobile Number (+65)
Please do not leave it blank.
Update
Updated Successfully!


Documentation for the compute manager and related files. For reading about a specific virtualization backend, read Drivers.
Handles all processes relating to instances (guest vms).
The ComputeManager class is a nova.manager.Manager that handles RPC calls relating to creating instances. It is responsible for building a disk image, launching it via the underlying virtualization driver, responding to calls to check its state, attaching persistent storage, and terminating it.
Related Flags
| instances_path: | Where instances are kept on disk |
|---|---|
| base_dir_name: | Where cached images are stored under instances_path |
| compute_driver: | Name of class that is used to handle virtualization, loaded by nova.openstack.common.importutils.import_object() |
Bases: nova.manager.SchedulerDependentManager
Manages the running instances from creation to destruction.
Notify hypervisor of change (for hypervisor pools).
Calls network_api to add new fixed_ip to instance then injects the new network info and resets instance networking.
Attach a volume to an instance.
Update the metadata published to the instance.
Check if it is possible to execute live migration.
This runs checks on the destination host, and then calls back to the source host to check the results.
| Parameters: |
|
|---|
Returns a mapping of values required in case of block migration and None otherwise.
Check if it is possible to execute live migration.
This checks if the live migration can succeed, based on the results from check_can_live_migrate_destination.
| Parameters: |
|
|---|
Destroys the source instance.
Detach a volume from an instance.
Completes the migration process.
Sets up the newly transferred disk and turns on the instance at its new host machine.
Finishes the second half of reverting a resize.
Power back on the source instance and revert the resized attributes in the database.
Send the console output for the given instance.
Retrieves the console host for a project on this host.
Currently this is just set in the flags for each compute host.
Retrieve diagnostics for an instance on this host.
Returns the result of calling “uptime” on the target host.
Return connection information for a vnc console.
Start/Stop host maintenance window. On start, it triggers guest VMs evacuation.
Reboots, shuts down or powers up the host.
Initialization for a standalone compute service.
Write a file to the specified path in an instance on this host.
Inject network info, but don’t return the info.
Executing live migration.
| Parameters: |
|
|---|
Pause an instance on this host.
Post operations for live migration .
| Parameters: |
|
|---|
Power off an instance on this host.
Power on an instance on this host.
Preparations for live migration at dest host.
| Parameters: |
|
|---|
Initiates the process of moving a running instance to another host.
Possibly changes the RAM and disk size in the process.
Reboot an instance on this host.
Destroy and re-make this instance.
A ‘rebuild’ effectively purges all existing data from the system and remakes the VM with given ‘metadata’ and ‘personalities’.
| Parameters: |
|
|---|
Tell the virtualization driver to refresh security rules for an instance.
Passes straight through to the virtualization driver.
This call passes straight through to the virtualization driver.
Tell the virtualization driver to refresh security group members.
Passes straight through to the virtualization driver.
Tell the virtualization driver to refresh security group rules.
Passes straight through to the virtualization driver.
Removes a host from a physical hypervisor pool.
Calls network_api to remove existing fixed_ip from instance by injecting the altered network info and resetting instance networking.
Remove a volume connection using the volume api
Rescue an instance on this host. :param rescue_password: password to set on rescue instance
Reset networking on the given instance.
Starts the migration of a running instance to another host.
Resume the given suspended instance.
Destroys the new instance on the destination machine.
Reverts the model changes, and powers on the old instance on the source machine.
Cleaning up image directory that is created pre_live_migration.
| Parameters: |
|
|---|
Set the root/admin password for an instance on this host.
This is generally only called by API password resets after an image has been built.
Sets the specified host’s ability to accept new instances.
Snapshot an instance on this host.
| Parameters: |
|
|---|
Starting an instance on this host.
Alias for power_on_instance for compatibility
Stopping an instance on this host.
Alias for power_off_instance for compatibility
Suspend the given instance.
Terminate an instance on this host.
Unpause a paused instance on this host.
Rescue an instance on this host.
See driver.get_available_resource()
Periodic process that keeps that the compute host’s understanding of resource availability and usage in sync with the underlying hypervisor.
| Parameters: | context – security context |
|---|
Decorator to revert task_state on failure
Wraps a method to catch exceptions related to instances.
This decorator wraps a method to catch any exceptions having to do with an instance that may get thrown. It then logs an instance fault in the db.
Abstraction of the underlying virtualization API.
Returns an object representing the connection to a virtualization platform, or to an on-demand bare-metal provisioning platform.
This could be nova.virt.fake.FakeConnection in test mode, a connection to KVM, QEMU, or UML via libvirt_conn, or a connection to XenServer or Xen Cloud Platform via xenapi. Other platforms are also supported.
Any object returned here must conform to the interface documented by FakeConnection.
Related flags
| Connection_type : | |
|---|---|
A string literal that falls through an if/elif structure to determine what virtualization mechanism to use. Values may be
|
Handling of VM disk images.
Return a dict containing the parsed output from qemu-img info.
Built-in instance properties.
Add instance type access for project
Creates instance types.
Marks instance types as deleted.
Get all non-deleted instance_types.
Pass true as argument if you want deleted instance types returned also.
Get all non-deleted instance_types.
Pass true as argument if you want deleted instance types returned also.
Get the default instance type.
Retrieves single instance type by id.
Retrieve instance type access list by flavor id
Retrieve instance type by flavorid.
| Raises : | FlavorNotFound |
|---|
Retrieves single instance type by name.
Remove instance type access for project
Power state is the state we get by calling virt driver on a particular domain. The hypervisor is always considered the authority on the status of a particular VM, and the power_state in the DB should be viewed as a snapshot of the VMs’s state in the (recent) past. It can be periodically updated, and should also be updated at the end of a task if the task is supposed to affect power_state.
A fake (in-memory) hypervisor+api.
Allows nova testing w/o a hypervisor. This module also documents the semantics of real hypervisor connections.
Bases: nova.virt.driver.ComputeDriver
Fake hypervisor driver
Attach the disk to the instance at mountpoint using info
Detach the disk attached to the instance
This method is supported only by libvirt.
Return bandwidth usage info for each interface on each running VM
Updates compute manager resource info on ComputeNode table.
Since we don’t have a real hypervisor, pretend we have lots of disk and ram.
Return fake Host Status of ram, disk, network.
Start/Stop host maintenance window. On start, it triggers guest VMs evacuation.
Reboots, shuts down or powers up the host.
Plug VIFs into networks.
Sets the specified host’s ability to accept new instances.
Removes the named VM, as if it crashed. For testing
This method is supported only by libvirt.
Unplug VIFs from networks.
Return fake Host Status of ram, disk, network.
Bases: object


Preparation time
less than 30 mins
Cooking time
30 mins to 1 hour
Serves
Serves 6
Hugh Fearnley-Whittingstall shares his top stuffing recipe for Christmas turkey.
Make little slits in the chestnuts then blanch or roast them to ease peeling. Simmer the chestnuts in unsalted water until completely tender (15-20 minutes).
Drain and leave to cool, then place in a basin and roughly break them up with a fork - you want them crumbled rather than puéed.
Sweat the onion and celery in the butter over a medium heat for a few minutes until softened, then add the prunes, chestnuts and parsley. Season with salt and pepper, mix well and cook for a further few minutes. Remove the pan from the heat.
When the mixture has cooled a little, mix in the breadcrumbs, liver and egg until all the ingredients are well combined. Pile the mixture into a suitably sized ovenproof dish. Bake for 30-35 minutes in a fairly hot oven (i.e. with the turkey at 180C/350F/Gas 4) until nicely browned and crispy on top
Serve slices of the stuffing with the turkey.


GeoPackage aspatial extension
Warning
This extension has been superseded by GeoPackage 1.2 attributes
data type.
GeoPackage 1.0 Extension
Extension follows template from Annex I of the OGC GeoPackage 1.0 Specification.
Extension Title
Aspatial Support
Introduction
Support for aspatial data (i.e. SQLite tables/views without a geometry column), potentially with associated metadata.
This was used in GDAL 2.0 and GDAL 2.1, before the introduction of the 'attributes' data_type of GeoPackage v1.2. Starting with GDAL 2.2, 'attributes' will be used by default, so this extension is now legacy.
Extension Name or Template
SQL
INSERT INTO gpkg_extensions
(table_name, column_name, extension_name, definition, scope)
VALUES
(
NULL,
NULL,
'gdal_aspatial',
'http://gdal.org/geopackage_aspatial.html',
'read-write'
);
Extension Type
Extension of Existing Requirement in Clause 2.
Applicability
This extension applies to any aspatial user data table or view specified in the
gpkg_contents
table with a lowercase data_type column value of "aspatial".
Scope
Read-write
Requirements
GeoPackage
Contents Table - Aspatial
The gpkg_contents table SHALL contain a row with a lowercase data_type column value of "aspatial" for each aspatial user data table or view.
User Data Tables
The second component of the SQL schema for aspatial tables in an Extended GeoPackage described in clause 'Contents Table - Aspatial' above are user tables or views that contain aspatial user data.
An Extended GeoPackage with aspatial support is not required to contain any user data tables. User data tables MAY be empty.
An Extended GeoPackage with aspatial support MAY contain tables or views. Every such aspatial table or view MAY have a column with column type INTEGER and PRIMARY KEY AUTOINCREMENT column constraints per EXAMPLE.
Column Name |
Type |
Description |
Null |
Default |
Key |
|---|---|---|---|---|---|
id |
INTEGER |
Autoincrement primary key |
no |
PK |
|
text_attribute |
TEXT |
Text attribute of row |
yes |
||
real_attribute |
REAL |
Real attribute of row |
yes |
||
boolean_attribute |
BOOLEAN |
Boolean attribute of row |
yes |
||
raster_or_photo |
BLOB |
Photograph |
yes |
An integer primary key of an aspatial table or view allows features to be linked to row level metadata records in the gpkg_metadata table by SQLite ROWID values in the gpkg_metadata_reference table as described in clause 2.4.3 Metadata Reference Table.
An aspatial table or view SHALL NOT have a geometry column.
Columns in aspatial tables or views SHALL be defined using only the data types specified in Table 1 in Clause <IP_ADDRESS>.3.
GeoPackage SQLite Configuration
None
GeoPackage SQLite Extension
None


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