| CDS on FHIR Immunization Profile |
| Immunization (CDSiImmunization) | Entity. Role, or Act |
| text | Act.text? |
| contained | N/A |
| extension | N/A |
| modifierExtension | N/A |
| identifier | .id |
| status | statusCode |
| notGiven | [actionNegationInd=true].reasonCode |
| vaccineCode | .code |
| patient | .partipication[ttypeCode=].role |
| encounter | component->EncounterEvent |
| date | .effectiveTime |
| primarySource | immunization.uncertaintycode (if primary source=false, uncertainty=U) |
| reportOrigin | .participation[typeCode=INF].role[classCode=PAT] (this syntax for self-reported)
.participation[typeCode=INF].role[classCode=LIC] (this syntax for health care professional)
.participation[typeCode=INF].role[classCode=PRS] (this syntax for family member) |
| location | .participation[typeCode=LOC].COCT_MT240000UV |
| manufacturer | .participation[typeCode=CSM].role[classCode=INST].scopedRole.scoper[classCode=ORG] |
| lotNumber | .participation[typeCode=CSM].role[classCode=INST].scopedRole.scoper[classCode=MMAT].id |
| expirationDate | .participation[typeCode=CSM].role[classCode=INST].scopedRole.scoper[classCode=MMAT].expirationTime |
| site | observation.targetSiteCode |
| route | .routeCode |
| doseQuantity | .doseQuantity |
| practitioner | .participation[typeCode=PRF].role[scoper.determinerCode=INSTANCE] |
| id | n/a |
| extension | n/a |
| modifierExtension | N/A |
| role | .participation.functionCode |
| actor | .player |
| note | note |
| explanation | n/a |
| id | n/a |
| extension | n/a |
| modifierExtension | N/A |
| reason | [actionNegationInd=false].reasonCode |
| reasonNotGiven | [actionNegationInd=true].reasonCode |
| reaction | Observation[classCode=obs].code |
| id | n/a |
| extension | n/a |
| modifierExtension | N/A |
| date | .effectiveTime |
| detail | .value |
| reported | .participation[typeCode=INF].role[classCode=PAT] (this syntax for self-reported=true) |
| vaccinationProtocol | outboundRelationship[typeCode=INST].target[classCode=SBADM] |
| id | n/a |
| extension | n/a |
| modifierExtension | N/A |
| doseSequence | outboundRelationship[typeCode=INST].target[classCode=SBADM].inboundRelationship[typeCode=COMP].sequenceNumber |
| description | outboundRelationship[typeCode=INST].target[classCode=SBADM].inboundRelationship[typeCode=COMP].source[classCode=SBADM].text |
| authority | outboundRelationship[typeCode=INST].target[classCode=SBADM].inboundRelationship[typeCode=COMP].source[classCode=SBADM].participation[typeCode=AUT].COCT_MT090200UV |
| series | outboundRelationship[typeCode=INST].target[classCode=SBADM] |
| seriesDoses | outboundRelationship[typeCode=INST].target[classCode=SBADM].inboundRelationship[typeCode=COMP].source[classCode=SBADM].text |
| targetDisease | outboundRelationship.target[classCode=OBS].code |
| doseStatus | .participation[typeCode=CSM].role[classCode=INST].scopedRole.scoper[classCode=MMAT].playedRole[classCode=INGR].scopedRole.scoper[classCode=MMAT].playedRole[classCode=HLTHCHRT].participation[typeCode=SBJ].observation[classCode=OBS].value |
| doseStatusReason | .participation[typeCode=CSM].role[classCode=INST].scopedRole.scoper[classCode=MMAT].playedRole[classCode=INGR].scopedRole.scoper[classCode=MMAT].playedRole[classCode=HLTHCHRT].participation[typeCode=SBJ].observation[classCode=OBS].reasonCode |
| CDS on FHIR Immunization Profile |
| Immunization (CDSiImmunization) | |
| identifier | ClinicalDocument/component/StructuredBody/component/section/entry/substanceAdministration/id |
| vaccineCode | ClinicalDocument/component/StructuredBody/component/section/entry/substanceAdministration/consumable/manfacturedProduct/manufacturedMaterial/realmCode/code |
| date | ClinicalDocument/component/StructuredBody/component/section/entry/substanceAdministration/effectiveTime/value |
| manufacturer | ClinicalDocument/component/StructuredBody/component/section/entry/substanceAdministration/consumable/manfacturedProduct/manufacuturerOrganization/name |
| lotNumber | ClinicalDocument/component/StructuredBody/component/section/entry/substanceAdministration/consumable/manfacturedProduct/manufacturedMaterial/lotNumberText |
| site | ClinicalDocument/component/StructuredBody/component/section/entry/substanceAdministration/approachSiteCode/code |
| route | ClinicalDocument/component/StructuredBody/component/section/entry/substanceAdministration/routeCode/code |


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|
STM8S Standard Peripheral Libary
2.2.0
|
Macros | |
| #define | IS_EXTI_SENSITIVITY_OK(SensitivityValue) |
| Macro used by the assert function in order to check the different sensitivity values for PORTA to PORTE. More... | |
| #define | IS_EXTI_TLISENSITIVITY_OK(SensitivityValue) |
| Macro used by the assert function in order to check the different sensitivity values for TLI. More... | |
| #define | IS_EXTI_PORT_OK(PORT) |
| Macro used by the assert function in order to check the different Port values. More... | |
| #define | IS_EXTI_PINMASK_OK(PinMask) ((((PinMask) & (uint8_t)0x00) == (uint8_t)0x00) && ((PinMask) != (uint8_t)0x00)) |
| Macro used by the assert function in order to check the different values of the EXTI PinMask. | |
| #define | IS_EXTI_SENSITIVITY_OK(SensitivityValue) |
| Macro used by the assert function in order to check the different sensitivity values for PORTA to PORTE. More... | |
| #define | IS_EXTI_TLISENSITIVITY_OK(SensitivityValue) |
| Macro used by the assert function in order to check the different sensitivity values for TLI. More... | |
| #define | IS_EXTI_PORT_OK(PORT) |
| Macro used by the assert function in order to check the different Port values. More... | |
| #define | IS_EXTI_PINMASK_OK(PinMask) ((((PinMask) & (uint8_t)0x00) == (uint8_t)0x00) && ((PinMask) != (uint8_t)0x00)) |
| Macro used by the assert function in order to check the different values of the EXTI PinMask. | |
| #define IS_EXTI_PORT_OK | ( | PORT | ) |
Macro used by the assert function in order to check the different Port values.
Definition at line 99 of file stm8s_exti.h.
| #define IS_EXTI_PORT_OK | ( | PORT | ) |
Macro used by the assert function in order to check the different Port values.
Definition at line 99 of file stm8s_exti.h.
| #define IS_EXTI_SENSITIVITY_OK | ( | SensitivityValue | ) |
Macro used by the assert function in order to check the different sensitivity values for PORTA to PORTE.
Definition at line 83 of file stm8s_exti.h.
| #define IS_EXTI_SENSITIVITY_OK | ( | SensitivityValue | ) |
Macro used by the assert function in order to check the different sensitivity values for PORTA to PORTE.
Definition at line 83 of file stm8s_exti.h.
| #define IS_EXTI_TLISENSITIVITY_OK | ( | SensitivityValue | ) |
Macro used by the assert function in order to check the different sensitivity values for TLI.
Definition at line 92 of file stm8s_exti.h.
| #define IS_EXTI_TLISENSITIVITY_OK | ( | SensitivityValue | ) |
Macro used by the assert function in order to check the different sensitivity values for TLI.
Definition at line 92 of file stm8s_exti.h.


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WITNESS LIST Intergovernmental Relations Committee April 23, 2003 - 8:30A SB 18 FOR: Allen, Joe Attorney (Vinson and Elkins), Houston, TX Pohl, Stephen Asset Manager (CDC Houston, Inc.), Houston, TX SB 562 FOR: DeLord, Ron President CLEAT (Combined Law Enforcement Association of Texas), Austin, TX AGAINST: Fawcett, Jimmy City of Farmers Branch Police Chief (Texas Police Chiefs Assoc.), Farmers Branch, TX Huynh, Victoria Attorney (City of Plano), Plano, TX Mann, Tom Assistant Police Chief (City of Lubbock and the Lubbock Police Department), Lubbock, TX Registering, but not testifying: For: Cerda, Gil Police Officre (National Latino Peace Officers Association), Dallas, TX Glover, Thomas Police Officer (Texas Police Officer's Associatio of Dallas), Dallas, TX Hutmacher, James Deputy Sheriff Sgt. Bexar County Sheriff (Bexar County Sheriffs Dept. Law Enforcement Org.), San Antonio, TX Jones, Chris Police Sergeant-Houston Police Dept. (CLEAT, Arlington Police Assn., Abilene Police Dept., Waco Police Dept.), Spring, TX Kerr, John Police Officer (CLEAT, Fort Worth Police Officer's Association), Fort Worth, TX Wilkison, Charley Political Legislative Director, CLEAT (San Antonio Police Officers, El Paso Municipal Police Assn., Mesquite Police Association), Austin, TX Against: Hamm, Sarah Consultant (City of Garland), Austin, TX SB 709 Registering, but not testifying: For: Hinkle, Ron Legislative Consultant (Verizon Wireless), Austin, TX Lee, Donald Executive Director (Texas Conference of Urban Counties), Austin, TX SB 905 Registering, but not testifying: For: Carlton, John Attorney (Texas State Assoc. of Fire and Emergency Districts, Travis Co. ESD #2), Austin, TX Murphy, John Deputy Fire Chief, ESD #4 (Travis Co. ESD #4), Austin, TX SB 1161 Registering, but not testifying: For: Harlow, Joe Chief Technology Officer (Travis County Commissioner Court), Austin, TX Hille, John Attorney (Travis County), Austin, TX Jeffres, Rachael Legislative Assistant (Texas Municipal League), Austin, TX Lee, Donald Executive Director (Texas Conference of Urban Counties), Austin, TX SB 1559 Registering, but not testifying: For: Barton, Lisa Leg. Assoc. (Texas Hotel and Motel Assoc.), Austin, TX Cook, John Attorney (Title Data Inc.), Breckenridge, TX Gosdin, James L. Attorney (Stewart Title Guaranty Co.), Sugar Land, TX Heyer, Connie Attorney (Texas Building Owners and Managers Assoc.), Austin, TX Lee, Donald Executive Director. (Texas Conference of Urban Counties), Austin, TX Mendez, Mark Assistant County Administrator (Tarrant County Commissioners Court), Fort Worth, TX Place, Allen Attorney (Texas Land Title Association), Austin, TX SB 1563 FOR: Trout, Royce President, Atlas Enterprises (Texas Pyrotechnic Assoc. and Atlas Enterprises Inc.), Fort Worth, TX Walton, Kevin Fire Inspector (Bexar County Fire Marshal Carl Mixon and Bexar County), San Antonio, TX AGAINST: Wildman, Wayne (Self), Somerset, TX Registering, but not testifying: For: Broadway, Sam AA Quality Fireworks (AA QUality Fireworks), Houston, TX Cain, Randy Lawyer (Texas Fire Chiefs Assoc.), Austin, TX Davis, Chester Owner American Fireworks (Texas Pyrotechnic Association, Vice President), Bastrop, TX Girdley, Michael Alamo Fireworks, Inc. (Alamo Fireworks, Inc.), San Antonio, TX Katz, Howard Attorney (Harris County ESD #9, Assoc.s of ESDs/RFDs), Houston, TX Mitchell, Seth Bexar County Intergovt. Services Manager (Bexar County Commissioners Court), San Antonio, TX Murphy, John Deputy Fire Chief (Travis County ESD #4), Austin, TX Streater, Jay County Clerk (Self), New Braunfels, TX Against: Clements, Hank (Mr. W Fireworks Inc.), Dallas, TX Fickessen, Jack Consultant (Texas Fireworks Association), Austin, TX SB 1617 FOR: Nelson, Paul Asst. Director (City of Houston), Houston, TX SB 1796 FOR: Heidrich, Clarke Partner, Graves, Doughery, Hearon,and Mo (Central Texas Healthcare District Sterring Committee), Austin, TX Hilyers, David Attorney (Self), Austin, TX Registering, but not testifying: For: Adams, Edward Consultant (Self), Austin, TX Askew, Robert Physician (Steering Committee-Healthcare District), Austin, TX Berger, Ed V.P. Advocacy and Public Policy (Seton Healthcare Network), Austin, TX Biscoe, Samuel Travis County Judge (Texas County Commissioners Court), Austin, TX Chenault, Christopher Physician (Travis County Medical Society), Austin, TX Clarke, Margot Non-Profit Manager (Self), Austin, TX Coefield, Thomas Healthcare Planner (Self), Austin, TX Cothran, Marshall CEO Travis County Medical Society (Travis County Medical Society), Austin, TX Dieter, Alison Retired (Gray Panthers), Austin, TX Dunkelberg, Aime Senior Policy Analyst (Center for Public Policy Priorities), Austin, TX Dunkerley, Betty Austin City Council Place 4 (Self), Austin, TX Evans, David Director (Austin Travis Co. MH/MR), Austin, TX Garcia, Gus Mayor (City of Austin), Austin, TX Gee, Preston SUP Strategic Planning (Self), Austin, TX Gray, Jack Telecommunications Exec. (Self), Austin, TX Hayes, Patricia Exec. VP and Chief Operating Officer (Seton Healthcare Network), Austin, TX Hearndon, David Attorney (Self), Austin, TX Hentges, Sandy Vice President, Public Policy (Greater Austin Chamber), Austin, TX Herman, Guy Judge, Travis Co. Probate Court (Probate Court #1 of Travis County), Austin, TX Hightsey, Rebecca (Self), Austin, TX Leberman, Lowell Investor (Self), Austin, TX Leffingwell, Lee Airline Pilot- retired (Self), Austin, TX McDavid, Myra Attorney (Self), Austin, TX McDonald, Michael Acting Asst. City Manager (City of Austin), Austin, TX McGiffert, Lisa Senior Policy Analyst (Consumers Union), Austin, TX McLain, Mary Lou Registered Nurse (Self), Austin, TX Neavel, Nancy Behavioral Scientist- retired (Self), Austin, TX Ramsey, Lesley Project Director (Texas Campaign for Womens Health), Austin, TX Rodgers, George Cardiologist (Austin Heart), Austin, TX Rogoff, Regina Executive Director (People's Community Clinic), Austin, TX Romberg, Peggy Exec. Dir./CEO (Women's Health and Family Planning Assoc. of Texas), Austin, TX Ruffing, Therese Attorney (Self), Austin, TX Teeple, Mary Real Estate (Self), Spicewood, TX Tierney, Danielle Dir. of Public Affairs (Planned Parenthod of the Texas Capitol Region), Austin, TX Todd, Bruce Volunteer (Self), Austin, TX Woollard, Sam Associate Dir. Community Action Network (Self), Austin, TX Young, Trish CEO, Community Care Services Dept. (City of Austin), Austin, TX Against: Lycero, Homero (Travis County Chapter, Republican Party), Austin, TX On: Henly, Sally Asst. City Clerk (City of Austin), Austin, TX Stephens, John Director of Finance (City of Austin), Austin, TX SB 1895 Registering, but not testifying: For: Lewis, Stephen Deputy Director (City of Houston), Houston, TX SB 1905 Registering, but not testifying: For: Herman, Guy Judge, Probate Court (Self), Austin, TX


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Syllabus
Welcome to CS171! This course is an introduction to key design principles and techniques for interactively visualizing data. The major goals of this course are to understand how visual representations can help in the analysis and understanding of complex data, how to design effective visualizations, and how to create your own interactive visualizations using modern web-based frameworks.
This course, when taken for a letter grade, meets the Harvard General Education requirement for Empirical and Mathematical Reasoning. The course is also offered through the Harvard University Extension School as online course CSCI E-171.
After completion of the course you will be able to:
- Critically evaluate visualizations and suggest improvements and refinements
- Apply a structured design process to create effective visualizations
- Conceptualize ideas and interaction techniques using sketching and prototyping
- Use principles of human perception and cognition in visualization design
- Apply methods for visualization of data from a variety of fields
- Create web-based interactive visualizations using D3
- Work constructively as a member of a team to carry out a complex project
Prerequisites
You are expected to have programming experience (e.g,. CS50) and you should be comfortable picking up new programming languages on your own. Having Javascript and web development experience is a plus, but not required.
In order to participate in labs, quizzes, and in-class activities, you will need to bring a laptop to all class meetings. Please restrict your laptop use to class-relevant activities. No social media, email, etc. because it distracts other students, not just you.
Required Textbooks
We will be using two textbooks for this class, one to cover perceptual principles of visualization and one to teach the necessary technical skills.
Visual Thinking for Design, Colin Ware, Morgan Kaufman (2008)
“All the clanking gears are here: variable resolution image detection, eye movements, environmental information statistics, bottom-up/top-down control structures, working memory, the nexus of meaning, and specialized brain areas and pathways. By the time he’s done, Ware has reconstructed cognitive psychology, perception, information visualization, and design into an integrated modern form. This book is scary good.” - Stuart Card, Senior Research Fellow, and manager of the User Interface Research group at the Palo Alto Research Center
Interactive Data Visualization for the Web, Scott Murray, O’Reilly (2013)
Free online version
An introduction to D3 for people new to programming and web development, published by O’Reilly. “Explaining tricky technical topics with aplomb (and a little cheeky humor) is Scott Murray’s forte. If you want to dive into the world of dynamic visualization using web standards, even if you are new to programming, this book is the place to start.” - Mike Bostock, creator of D3
Course Components
Lectures
The class meets weekly for lectures and joint class activities. Attending lecture is a crucial component of learning the material presented in this course. Please arrive on time, as in-class activities and occasional quizzes will begin promptly. Lecture attendance counts towards the participation grade for on-campus students.
Labs
For about half of the semester, the lectures will be replaced by programming labs during regular class time. Labs are interactive tutorials with downloadable code that give you an introduction to client-side web programming with HTML, CSS, Javascript, and D3. Lab attendance counts towards the participation grade for on-campus students.
Readings & Quizzes
Each lecture and lab includes required readings to ensure that you are prepared for the activities in class. You are expected to complete the assigned readings before class. Short multiple-choice quizzes, due prior to each class, will test your knowledge of the readings. Completing them with your best effort will count towards your participation grade.
Studios
Weekly studios are where you will have a chance to present and receive feedback on your work, discuss homework assignments, and collaborate as a team. Studio attendance is mandatory. Studios are limited to 15 students (the numbers may vary due to enrollment) and will be lead by a TF. Active participation in studio is expected and counts towards your participation grade. For distance students we will organize complimentary online hangouts with the TFs.
Homework
Weekly homework assignments are going to provide an opportunity to improve your design and programming skills. See the homework as an opportunity to learn, and not to “earn points”. The homework will be graded holistically to reflect this objective.
Midterm
The midterm exam will cover material from lectures, assigned readings, labs, and homework assignments. If you do not come to lecture and complete the labs you will be at a severe disadvantage when studying for the midterm.
Project
A major part of the course is a group project. You will work in groups of 3-4 students to design, implement, and evaluate visualizations through an iterative design process with a series of graded milestones. The final result will be web page with interactive visualizations that answer questions you have about some topic of your own choosing.
Grading
This course can be taken for a letter grade only, there is no pass/fail option. The course grade comprises:
- Participation (15%) (quizzes, lectures, labs, studios, Piazza)
- Homework Assignments (25%)
- Midterm (20%)
- Group Project (40%)
Your final grade will be determined by the staff during an end-of-semester grading meeting where we discuss every student’s performance in detail.
Course Policies
Attendance Policy
Lecture and lab attendance is strongly encouraged and is considered in calculating your participation grade. There are several required class meetings such as the the midterm, guest lectures, project discussions, project demos, etc. We will call out the required attendance dates for these and others in the schedule. Please plan accordingly and do not miss these classes.
Studio attendance is mandatory. Sharing your work and discussing designs with others is an important part of your education. To receive credit for attendance, you must arrive on time. You are allowed two excused absences without penalty; thereafter you will receive zero credit for the missed studio. To receive an excused absence you must ask your studio TF in advance and receive an acknowledgment.
Late Policy
All project-related due dates are final, and late submissions will receive a zero. Individual assignments (homework, etc.) lose 30% per day late. If you have a verifiable medical condition or other special circumstances that interfere with your coursework please let us know as soon as possible.
Collaboration Policy
You may discuss homework assignments with other people, but you are expected to be intellectually honest and give credit where credit is due. In particular, for all individual assignments:
- you have to write your solutions entirely on your own;
- you cannot share written materials or code with anyone else;
- you should not view any written materials or code created by anyone else for the assignment;
- you should list all your collaborators (everyone you discussed the assignment with) on your handin;
- you may not submit the same or similar work to this course that you have submitted or will submit to another; and
- you may not provide or make available solutions to individuals who take or may take this course in the future.
If the assignment allows it you may use third-party libraries and example code, so long as the material is available to all students in the class and you give proper attribution. Failure to adhere to these policies may result in serious penalties, up to and including automatic failure in the course and reference to the ad board.
Quoting Sources
You must acknowledge any source code that was not written by you by mentioning the original author(s) directly in your source code (comment or header). You can also acknowledge sources in a README.txt file if you used whole classes or libraries. Do not remove any original copyright notices and headers.
Accessibility
If you have a documented disability (physical or cognitive) that may impair your ability to complete assignments or otherwise participate in the course and satisfy course criteria, please meet with us at your earliest convenience to identify, discuss, and document any feasible instructional modifications or accommodations.
Course Resources
Online Materials
All class activity handout, slides, and required readings will be posted on Canvas. All lectures and labs will be recorded and videos will be available within 24 hours after class time from the course homepage.
Discussion Forum
We use Piazza as our discussion forum and for all announcements, so it is important that you are signed up as soon as possible. Piazza should always be your first resource for seeking answers to your questions. You can also post privately so that only the staff sees your message.
Office Hours
The teaching fellows will provide office hours for individual questions that you might have about the homework assignments or project progress. Office hours are usually very heavily attended. Please try to limit your visits to one office hour per week and consult Piazza first.
Credits
Some of the material in this course is based on the classes taught by Alexander Lex at the University of Utah, Carlos Scheidegger at the University of Arizona, Marc Streit at JKU Linz, Pat Hanrahan at Stanford, Jeff Heer at the University of Washington, Hans-Joerg Schulz at the University of Rostock, Nils Gehlenborg at Harvard Medical School, Torsten Möller at the University of Vienna, Tamara Munzener at the Univeristy of British Columbia, Helwig Hauser at the University of Bergen, and Maneesh Agrawala at UC Berkeley. We have heavily drawn on materials and examples found online and tried our best to give credit by linking to the original source. Please contact us if you find materials where the credit is missing or that you would rather have removed.


Teas & Seas
Musical Contract Sentiment Describer
Conversion of legal documents into music videos using procedural synthesis of emotion based on sentiment analysis Source code available at github
Conversion of legal documents into music videos using procedural synthesis of emotion based on sentiment analysis Source code available at github


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iHeartRadio
jobs.iheart.comiHeartRadio is a free, all-in-one digital music and streaming radio service that offers consumers access to thousands of Live Stations from across the country and the ability to create Custom Stations featuring top artists from a library of more than 20 million songs. The service is available on web, mobile, tablets, wearables, in-car and on connected in-home devices like Xbox and Google TV. With over 600 million app downloads, nearly 80 million social media fans and more than 70 million registered users, iHeartRadio has grown faster than any other radio or digital music service and even faster than Facebook.. iHeartRadio is part of iHeartMedia, the leading media company in the U.S. with the largest reach of any digital, radio or television entity in the country and we are always on the lookout for great people to join our team!
-
Packt Publishing
www.packtpub.comPackt’s mission is to help the world put software to work in new ways, through the delivery of effective learning and information services to IT professionals. Working towards that vision, Packt has published over 2000 books and videos so far, providing IT professionals with the actionable knowledge they need to get the job done –whether that’s specific learning on an emerging technology or optimizing key skills in more established tools. As part of Packt’s mission, they have awarded over $1,000,000 through their Open Source Project Royalty scheme, helping numerous projects become household names along the way.


Mourinho starts on winning note with Tottenham
by Tunde EludiniJose Mourinho got off to a winning start with Tottenham on Saturday as his team secured a nervy 3-2 win over London neigbours, West Ham United, in the early kickoff fixture in the Premier League.
Mourinho surprised many as he chose to leave Christian Eriksen on the bench. That the decision did not hurt the new manager as his team got all three points despite a late home fightback by the Hammers.
Mourinho took the opportunity to move Eric Dier into midfield and hand a recall to Moura, and the pair both played their part as Spurs dominated the early stages in east London.
A first-half goal and assist from Son Heung-min helped set the tone of the day as Spurs ended a miserable run of 12 away Premier League games without a victory.
The South Korea star opened the scoring in the 36th minute and then set up Lucas Moura to get Mourinho’s men up and running, with Harry Kane adding to the scoreline as Spurs climbed to sixth in the table.
Michail Antonio and Angelo Ogbonna netted late consolations but West Ham continued to struggle after a bright start to the season.
Manuel Pellegrini’s side have now lost six of their past seven Premier League games.
For now, at least, a performance of dangerous counter-attacks coupled with an improved defensive display suggest Mourinho may already be on the right path in north London.


---
title: Silicon Valley 2010 - Summary
date: 2010-03-01
comments: true
layout: post
categories:
- SiliconValley
- Travel
ref_url:
---
Here is a great summary put together by the students after we returned. I think it does a wonderful job of capturing the lessons learned on the trip.
Silicon Valley Final Presentation


ABOUT
I'M RYO OTA @
Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry's standard dummy text ever since the 1500s, when an unknown printer took a galley of type and scrambled it to make a type specimen book.
| aaa : | bbb |
|---|---|
| aaa : | bbb |
| aaa : | bbb |
| aaa : | bbb |
|---|---|
| aaa : | bbb |
| aaa : | bbb |
SKILL
-
HTML5
-
CSS3
-
Bootstrap
-
Sass
-
javascript
-
React
Other skills
- エディター : VSCode
- UX/UI : Adobe XD
- チャット : Slack
- タスク管理 : Trello
- OS : macOS
Lorem Ipsum is simply dummy text of the printing and typesetting industry.


I know, paleolithic folks likely did not have chocolate chips but they were probably dreaming about them.
| Ingredients | |
|---|---|
| Ingredient | Amount |
| Bob's Paleo Baking Flour | 3/4 cup |
| baking powder | 1 tsp |
| salt | 1/8 tsp (optional) |
| butter | 1/4 cup, softened |
| sugar (coconut, white, brown) | 3/8 cup |
| vanilla extract | 1/3 tsp |
| eggs | 1 |
| chocolate chips | 1/2 - 2/3 cup |


Fork me on GitHub
HTML5 Facial Recognition Demo
Home
New User
Test Image For Existing User
Delete User


{% extends base_template %}
{%- block subtitle %}Score{% endblock %}
{%- block sponsor_list %}{% endblock %}
{%- block contest_content_class %}col-sm-12{% endblock %}
{%- block contest_content %}
{{ contestant.display_name }}
| Amount Raised: |
${{ summary.amount_raised | pp_amount(2) }} |
| Crowdfunding Score: |
{{ summary.amount_score | pp_amount(2) }} / 40 |
| Judging Score: |
{{ summary.judge_score | pp_amount(2) }} / 60 |
| Total Score: |
{{ summary.total_score | pp_amount(0) }} / 100 |
{%- for judge in judges %}
{{ judge['judge_total'] | pp_amount(2) }} / 60
{{ judge['general_comment'] }}
| Category |
Score |
Comment |
{%- for score in scores_by_judge[judge['biv_id']] %}
| {{ score.question_number }}. {{ score.get_text_for_question(score.question_number) }} |
{{ score.get_points() | pp_amount(2) }} / {{ score.get_points_for_question(score.question_number) }} |
{{ score.judge_comment }} |
{%- endfor %}
{%- endfor %}
{%- endblock %}


Password:
Size
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
N
=
Sets
a-zA-Z
a-zA-Z0-9
a-zA-Z0-9+special characters
Generate
Note that to avoid confusion, those are typical mistaken characters:
1
/
l
(number one/letter L),
0
/
O
/
Q
(number zero/letter o/letter q)


-
{{search.created_at}}
{{search.text}}
TOPICS
| # | Messages | Created Date | Due Date |
|---|---|---|---|
| {{topicMsg.text}} | {{topicMsg.createddate}} | {{topicMsg.duedate}} |
USER
| # | Messages | Created Date | Due Date |
|---|---|---|---|
| {{userMsg.text}} | {{userMsg.createddate}} | {{userMsg.duedate}} |
{{search.text}}
| # | Messages | Created Date | Due Date |
|---|---|---|---|
| {{topicMsg.text}} | {{topicMsg.createddate}} | {{topicMsg.duedate}} |
| # | Messages | Created Date | Due Date |
|---|---|---|---|
| {{userMsg.text}} | {{userMsg.createddate}} | {{userMsg.duedate}} |
You have reached the end. See, that the sidebar its still there and didn't moved. Now you can scroll up again


@@include('_nav.html')
@@include('_popup.html')
@@include('_header.html')
@@include('_live.html')
@@include('_description.html')
@@include('_schedule.html')
@@include('_intro.html')
@@include('_links.html')
@@include('_highlights.html')
@@include('_thanks.html')
@@include('_footer.html')
@@include('_analytics.html')


[§11-382] Prohibited uses of campaign funds. Campaign funds shall not be used:
(1) To support the campaigns of candidates other than the candidate with which they are directly associated;
(2) To campaign against any other candidate not directly opposing the candidate with which they are directly associated; or
(3) For personal expenses. [L 2010, c 211, pt of §2]


Whether you need a cake for a birthday, an office event, or just to celebrate a great day, UnyCake has you covered!
Find Out MoreFind a bakery with the cake you want!
Pick the ingredients you want, customize the cake for the occasion!
Everything is done online seamlessly to your liking.
You receive your cake at the place of celebration without any hassle guaranteed!


Welcome to Malware Tracker
Introduction
Check out the working demo of this repo from HERE.
What is Malware Tracker?
Malware Tracker is a web API that brings 3 websites' malware data together. These websites are:
First of all thanks a lot to these websites for believing that information should be shared.
Project layout
bin/ # Includes bash scripts.
run_daily_digest.sh # Bash script that handles malshare_script.py with --update24 argument:
run_malshare_script.sh # Bash script that handles malshare_script.py with --update argument.
run_rss_tracker.sh # Bash script that handles rss_tracker.py
Databases/ # Includes all databases of this project.
api-db/ # Includes databases which contains details of malwares.
cyber-crime-tracker.db
malshare.db
open-bug-bounty.db
docs/
index.md # The documentation homepage.
... # Other markdown pages, images and other files.
static/
... # Markdown pages, images and other files.
templates/
... # Markdown pages, images and other files.
api.py # Flask application.
config.py # Configuration file.
epoch_to_datetime.py # Python script that converts epoch time format into datetime format.
malshare_script.py # Python script that can parse malshare.
malshare_utils.py # Contains useful python function.
rss_tracker.py # Python script that can parse openbugbounty and cybercrime-tracker.
requirements.txt
Get started
Go into the project folder, 'MalwareTracker', that you downloaded. First of all create a virtualenv inside the project folder:
../MalwareTracker>virtualenv venv
Activate your virtualenv by running:
../MalwareTracker>source ./venv/bin/activate
Then install the requirements.txt
after you activated your venv into your virtualenv (venv)
:
(venv) ../MalwareTracker>pip install -r requirements.txt


--- layout: post title: PlasmoDB 28 Released category: [PlasmoDB] ---
We are pleased to announce the release of PlasmoDB 28


Why Freschery
Straight from the Farm
Our farm-to-table concept emphasizes on getting the fresh produce directly from local farms to your tables within one day, hence you know you get the freshest produce straight from harvest.
Know Your Farmers
We want you to know exactly who is growing your food by having the farmers profile on each item and farmers page. You’re welcome to visit the farms and see the love they put into growing your food.
Improving Farmers’ Livelihood
Slowly but sure, by cutting the complex supply chain and food system, we hope to improve the welfare of farmers by giving them the returns they deserve for their hard work.


Gecode::PosValDesc< Val, alt > Class Template Reference
[Generic branching based on view and value selection]
Inherits Gecode::BranchingDesc.
Detailed Description
template<class Val, unsigned int alt>
class Gecode::PosValDesc< Val, alt >
Branching descriptions storing position and value
The maximal number of alternatives is defined by alt.
Definition at line 174 of file branching.icc.
Public Member Functions | |
| PosValDesc (const Branching *b, const int p, const Val &n) | |
| Initialize description for branching b, position p, value n, and start position s. | |
| int | pos (void) const |
| Return position in array. | |
| Val | val (void) const |
| Return value to branch with. | |
| virtual size_t | size (void) const |
| Report size occupied. | |
Protected Attributes | |
| const int | _pos |
| Position of view. | |
| const Val | _val |
| Value to assign to. |
Constructor & Destructor Documentation
template<class Val, unsigned int alt>
| Gecode::PosValDesc< Val, alt >::PosValDesc | ( | const Branching * | b, | |
| const int | p, | |||
| const Val & | n | |||
| ) | [inline] |
Initialize description for branching b, position p, value n, and start position s.
The start position can be used in the commit function to eliminate assigned variables from the array.
Definition at line 209 of file branching.icc.
Member Function Documentation
template<class Val, unsigned int alt>
| int Gecode::PosValDesc< Val, alt >::pos | ( | void | ) | const [inline] |
template<class Val, unsigned int alt>
| Val Gecode::PosValDesc< Val, alt >::val | ( | void | ) | const [inline] |
template<class Val, unsigned int alt>
| size_t Gecode::PosValDesc< Val, alt >::size | ( | void | ) | const [inline, virtual] |
Report size occupied.
Implements Gecode::BranchingDesc.
Definition at line 227 of file branching.icc.
Member Data Documentation
template<class Val, unsigned int alt>
const int Gecode::PosValDesc< Val, alt >::_pos [protected] |
template<class Val, unsigned int alt>
const Val Gecode::PosValDesc< Val, alt >::_val [protected] |
The documentation for this class was generated from the following file:
- gecode/kernel/branching.icc (Revision: 7658)


--- layout: default title: "Layer5 - Partners" permalink: /partners redirect_from: partners/ excerpt: "Layer5 - Partners" image: path: /assets/images/layer5/layer5-logo-square.png width: 1500 height: 1500 ---


{% extends 'base.html' %}
...
The operation could not be performed because one or more error(s) occurred.Please resubmit the form after making the following changes:


|
José
|
JSON Web Signature (RFC 7515) More...
Functions | |
| json_t * | jose_jws_hdr (const json_t *sig) |
| Merges the JOSE headers of a JWS signature object. More... | |
| bool | jose_jws_sig (jose_cfg_t *cfg, json_t *jws, json_t *sig, const json_t *jwk) |
| Creates one or more signatures in a JWS object. More... | |
| jose_io_t * | jose_jws_sig_io (jose_cfg_t *cfg, json_t *jws, json_t *sig, const json_t *jwk) |
| Creates one or more signatures in a JWS object using streaming. More... | |
| bool | jose_jws_ver (jose_cfg_t *cfg, const json_t *jws, const json_t *sig, const json_t *jwk, bool all) |
| Verifies signatures of one or more JWKs in a JWS object. More... | |
| jose_io_t * | jose_jws_ver_io (jose_cfg_t *cfg, const json_t *jws, const json_t *sig, const json_t *jwk, bool all) |
| Verifies signatures of one or more JWKs in a JWS object using streaming. More... | |
JSON Web Signature (RFC 7515)
JSON Web Token (RFC 7519)
A JSON Web Signature (JWS) is a standard data format for expresing cryptographic signatures in JSON. The signatures are produced using a JSON Web Key (JWK).
For example, to create a simple signature of a string using a JWK (error handling omitted):
json_t *sig(const char *str, const json_t *jwk) { json_auto_t *jws = json_pack("{s:o}", "payload", jose_b64_enc(str, strlen(str))); jose_jws_sig(NULL, jws, NULL, jwk); return json_incref(jws); }
Likewise, to verify this signature (again, error handling omitted):
char *ver(const json_t *jwe, const json_t *jwk) { char *str = NULL; size_t len = 0; if (!jose_jws_ver(NULL, jws, NULL, jwk)) return NULL; len = jose_b64_dec(json_object_get(jwe, "payload"), NULL, 0); str = calloc(1, len + 1); jose_b64_dec(json_object_get(jwe, "payload"), str, len); return str; }
A JSON Web Token (JWT) is a standard data format for expresing claims transferred between to parties in JSON. The JWT is wrapped in any number of Signatures (JWS) or Encryptions (JWE).
| json_t* jose_jws_hdr | ( | const json_t * | sig | ) |
Merges the JOSE headers of a JWS signature object.
| sig | A JWS signature object. |
| bool jose_jws_sig | ( | jose_cfg_t * | cfg, |
| json_t * | jws, | ||
| json_t * | sig, | ||
| const json_t * | jwk | ||
| ) |
Creates one or more signatures in a JWS object.
The JWS object (jws
) must contain the "payload" property.
All signatures created will be appended to the JWS specified by jws
. If the resulting JWS (jws
) would contain only a single signature, the JWS will be represented in Flattened JWS JSON Serialization Syntax. Otherwise, it will be represented in General JWS JSON Serialization Syntax.
If jwk
contains a JWK, a single signature is created. In this case, jws
must contain either a JWS signature object template or NULL. You may specify algorithms or other signature behaviors simply by specifying them in the JOSE headers of the JWS signature object template as defined by RFC 7515. If a required property is missing, sensible defaults will be used and inserted into the JOSE headers; inferring them from the JWK (jwk
) where possible.
If jwk
contains an array of JWKs or a JWKSet, multiple signatures are created. In this case, the sig
parameter must contain one of the following values:
sig
will not be modified in any way.jwk
. If the arrays in sig
and jwk
are a different size, an error will occur.| cfg | The configuration context (optional). |
| jws | The JWS object. |
| sig | The JWS signature object template(s) or NULL. |
| jwk | The JWK(s) or JWKSet used for creating signatures. |
| jose_io_t* jose_jws_sig_io | ( | jose_cfg_t * | cfg, |
| json_t * | jws, | ||
| json_t * | sig, | ||
| const json_t * | jwk | ||
| ) |
Creates one or more signatures in a JWS object using streaming.
This function behaves substantially like jose_jws_sig() except:
The payload is not specified in the JWS (jws
). Rather, the payload is provided using the returned IO object. The input to the returned IO object will not be internally Base64 encoded. So you may need to prepend the IO chain with the result of jose_b64_enc_io() (depending on your situation).
Likewise, the payload is not stored in the JWS object (jws
). This allows for detached payloads and decreases memory use for signatures over large payloads. If you would like to attach the payload, it is your responsibility to do so manually.
| cfg | The configuration context (optional). |
| jws | The JWS object. |
| sig | The JWS signature object template(s) or NULL. |
| jwk | The JWK(s) or JWKSet used for creating signatures. |
| bool jose_jws_ver | ( | jose_cfg_t * | cfg, |
| const json_t * | jws, | ||
| const json_t * | sig, | ||
| const json_t * | jwk, | ||
| bool | all | ||
| ) |
Verifies signatures of one or more JWKs in a JWS object.
The JWS object (jws
) must contain the "payload" property.
If a single JWK (jwk
) is specified, the all
parameter is ignored. In this case, if you would like to verify a particular JWS signature object, you may specify it using the sig
parameter. Otherwise, you may simply pass NULL to verify any of the JWS signature objects in the JWS object.
If jwk
contains an array of JWKs or a JWKSet, the all
parameter determines whether a valid signature is required for every JWK in order to successfully validate the JWS. For example, if you set all
to false this function will succeed if a valid signature is found for any of the provided JWKs. When using this multiple JWK signature mode, the sig
parameter must contain one of the following values:
jwk
. If the arrays in sig
and jwk
are a different size, an error will occur.| cfg | The configuration context (optional). |
| jws | The JWS object. |
| sig | The JWS signature object(s) to verify or NULL. |
| jwk | The JWK(s) or JWKSet used for verifying signatures. |
| all | Whether or not to require validation of all JWKs. |
| jose_io_t* jose_jws_ver_io | ( | jose_cfg_t * | cfg, |
| const json_t * | jws, | ||
| const json_t * | sig, | ||
| const json_t * | jwk, | ||
| bool | all | ||
| ) |
Verifies signatures of one or more JWKs in a JWS object using streaming.
This function behaves substantially like jose_jws_ver() except:
The payload is not specified in the JWS (jws
). Rather, the payload is provided using the returned IO object. The input to the returned IO object will not be internally Base64 encoded. So you may need to prepend the IO chain with the result of jose_b64_enc_io() (depending on your situation).
Final signature verification is delayed until jose_io_t::done() returns.
| cfg | The configuration context (optional). |
| jws | The JWS object. |
| sig | The JWS signature object(s) to verify or NULL. |
| jwk | The JWK(s) or JWKSet used for verifying signatures. |
| all | Whether or not to require validation of all JWKs. |


Log In
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Contact
21370 Homestead Rd, Cupertino, CA 95014
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-webkit-margin-start
Provides the width of the starting margin.
If the writing direction is left-to-right, this value overrides margin-left. If the writing direction is right-to-left, this value overrides margin-right.
-webkit-margin-start: <width>;
The margin is automatically determined.
The width of the starting margin. Number as a percentage, length unit.


Today's Main Course
Grilled Salmon with Dill Sauce
299
Coke, Coke Light and Tab
Dal Handi
159
Fanta, Lemonade, Ginger ale, Dry Lemon Appletizer, Tonic and Soda
Palak Paneer
199
Varient Dependant, Please ask your waiter.
Malai Kofta
149
Castle, Black Label, Amstel, Windhoek Light and Windhoek Lager
Kadahi Paneer
259
J&B and Bells
Shahi Paneer
259
Klipdrift and Wellington
Mix Veg.
199
Klipdrift and Wellington
Dall Makhani
299
Southern Comfort, Campari
Battur Naan
29
Still or Sparkling
Battur Naan
29
Still or Sparkling
Missi Rotti
10
Still or Sparkling
Simple Rotti
6
Still or Sparkling


Module core
Implements the basic methods used by the library.
Functions
| tools:SetLocale (region, locale) | Set the game region and locale used by this copy of the library. |
| tools:GetLocale () | Get the current locale of this copy of the library. |
| tools:GetRegion () | Get the current region of this copy of the library |
| tools:GetFullLocale () | Get extended locale info for this copy of the library. |
| tools:GetHost () | Get the current host address for this copy of the library (defined by the region). |
| tools:EnableDebug (enable) | Enable/disable debugging output. |
| tools:IsDebugEnabled () | Returns whether or not debugging output is enabled. |
| tools:SetDebugLogFile (path) | Change the file debugging information is output to. |
| tools:EnableProfiling (enable) | Enable/disable profiling. |
| tools:IsProfilingEnabled () | Returns whether or not profiling is enabled. |
| tools:GetGame () | Gets the game this copy of the library is for. |
| tools:SetCacheLoadFunction (func) | Sets the function used to load the cache. |
| tools:SetCacheSaveFunction (func) | Sets the function used to save the cache. |
| tools:LoadCache () | Load the cache using the cache loading function set with :SetCacheLoadFunction, or the default function if no function has been set. |
| tools:SaveCache () | Save the cache using the cache loading function set with :SetCacheSaveFunction, or the default function if no function has been set. |
| tools:ResetCache () | Reset the cache to its default empty state. |
Tables
| regions | The valid locales for each region and the localised and English language names (in UTF-8 encoding). |
Functions
- tools:SetLocale (region, locale)
-
Set the game region and locale used by this copy of the library.
Each region has a different set of valid locales.
Parameters:
- region string A two letter region code.
- locale string The default locale to use when querying the API.
see also:
Usage:
tools:SetLocale("us", "en_US")
- tools:GetLocale ()
-
Get the current locale of this copy of the library.
Returns:
-
string
locale: The current locale code.
Usage:
local locale = tools:GetLocale() assert(locale == "en_US")
- tools:GetRegion ()
-
Get the current region of this copy of the library
Returns:
-
string
region: The current region.
Usage:
local region = tools:GetRegion() assert(region == "us")
- tools:GetFullLocale ()
-
Get extended locale info for this copy of the library.
Returns:
- string locale: The current locale code.
- string region: The current region code.
- string localeName: The full name of the current locale.
Usage:
local locale, region, localeName = tools:GetFullLocale() assert(locale == "en_US") assert(region == "us") assert(localeName == "English (US)")
- tools:GetHost ()
-
Get the current host address for this copy of the library (defined by the region).
Returns:
-
string
host: The current host address.
Usage:
local host = tools:GetHost() assert(host == "us.battle.net")
- tools:EnableDebug (enable)
-
Enable/disable debugging output.
Parameters:
- enable bool If true-equivalent, enable debugging output; else disable it.
- tools:IsDebugEnabled ()
-
Returns whether or not debugging output is enabled.
Returns:
-
bool
enabled: true if output is enabled, false if not.
- tools:SetDebugLogFile (path)
-
Change the file debugging information is output to.
Parameters:
- path string The path to a file.
- tools:EnableProfiling (enable)
-
Enable/disable profiling.
This controls whether or not API request methods return the elapsed time and CPU time values.
Parameters:
- enable bool If true-equivalent, enable profiling; else disable it.
- tools:IsProfilingEnabled ()
-
Returns whether or not profiling is enabled.
Returns:
-
bool
enabled: true if output is enabled, false if not.
- tools:GetGame ()
-
Gets the game this copy of the library is for.
Returns:
-
string
game: Either "wow" or "d3", depending on which module the library was created with.
- tools:SetCacheLoadFunction (func)
-
Sets the function used to load the cache.
You only need to change this if you want to load the cache in a different way from the default function (e.g. from a database or a file in a different format).
The function receives a single argument, which is the current cache table. It should return a single table in the same format as the default cache table.
Both this function and the cache itself are shared between all instances of the library.
Parameters:
- func function(currentCache) A function to load a new cache table from some form of storage.
- tools:SetCacheSaveFunction (func)
-
Sets the function used to save the cache.
You only need to change this if you want to save the cache in a different way from the default function (e.g. to a database or a file in a different format).
The function receives a single argument, which is the current cache table.
Both this function and the cache itself are shared between all instances of the library.
Parameters:
- func function(currentCache) A function to save the cache to some form of storage.
- tools:LoadCache ()
- Load the cache using the cache loading function set with :SetCacheLoadFunction, or the default function if no function has been set.
- tools:SaveCache ()
- Save the cache using the cache loading function set with :SetCacheSaveFunction, or the default function if no function has been set.
- tools:ResetCache ()
- Reset the cache to its default empty state.
Tables
- regions
-
The valid locales for each region and the localised and English language names (in UTF-8 encoding).
Fields:
- us Americas
- en_US English (US)
- es_MX Latin American Spanish
- pt_BR Brazilian Portuguese
- eu Europe
- en_GB English (EU)
- es_ES Spanish
- fr_FR French
- ru_RU Russian
- de_DE German
- pt_PT Portuguese
- it_IT Italian
- kr Korea
- ko_KR Korean
- tw Taiwan
- zh_TW Traditional Chinese
- cn China
- zh_CN Simplified Chinese
- us Americas


|
Forecasting of pre-symptomatic infection
|
To estimate the probability of a major outbreak, use simulations of stochastic compartmental epidemic models. Use of diagnostic tests to detect asymptomatic susceptibility and pre-symptomatic infectivity |
|
Estimation of Super Spread Events of current and previous coronavirus epidemics
|
Introduction of individual reproductive number. Integrated and computational analysis of the influence of individual variation by binomial distribution and use of branching process analysis of disease data
.
|
|
Genetic characterization of inpatient viral isolates to identify intermediate animal hosts facilitating the infection
|
Next generation sequencing of samples and cultured viral isolates to obtain full sequence and phylogenetic analysis application. |
|
Environmental detection and continuous sewage monitoring
|
RT-qPCR
# screening on sewage systems, vectorsو and potential air transmission. Autopsies and detection of serology conversion of potential vectors.
|
|
Heptad repeat region screening for positive selection
|
Computer simulation models to detect positive selection events e.g.
codeml branch-site Test coupled with Bayes empirical Bayes procedure, and mixed effects model of evolution.
|
|
Receptor recognition analysis of ACE-II
+
to identify origin of cross-species and human to human transmissions coronaviruses
|
Genetic sequencing and phylogenetic analysis of ACE-II to provide origin and efficiency of cross-species and human to human transmission and identification of intermediate hosts. |


This is a sample page with ng-repeat bound to helpService via helpController (vm)
HelpController: {{vm|json}}


2.1. Gaussian mixture models¶
sklearn.mixture is a package which enables one to learn Gaussian Mixture Models (diagonal, spherical, tied and full covariance matrices supported), sample them, and estimate them from data. Facilities to help determine the appropriate number of components are also provided.
A Gaussian mixture model is a probabilistic model that assumes all the data points are generated from a mixture of a finite number of Gaussian distributions with unknown parameters. One can think of mixture models as generalizing k-means clustering to incorporate information about the covariance structure of the data as well as the centers of the latent Gaussians.
Scikit-learn implements different classes to estimate Gaussian mixture models, that correspond to different estimation strategies, detailed below.
2.1.1. GMM classifier¶
The GMM
object implements the
expectation-maximization (EM)
algorithm for fitting mixture-of-Gaussian models. It can also draw
confidence ellipsoids for multivariate models, and compute the
Bayesian Information Criterion to assess the number of clusters in the
data. A GMM.fit
method is provided that learns a Gaussian
Mixture Model from train data. Given test data, it can assign to each
sample the class of the Gaussian it mostly probably belong to using
the GMM.predict
method.
The GMM
comes with different options to constrain the covariance
of the difference classes estimated: spherical, diagonal, tied or full
covariance.
Examples:
- See GMM classification for an example of using a GMM as a classifier on the iris dataset.
- See Density Estimation for a mixture of Gaussians for an example on plotting the density estimation.
<IP_ADDRESS>. Pros and cons of class GMM
: expectation-maximization inference¶
<IP_ADDRESS>.1. Pros¶
| Speed: | it is the fastest algorithm for learning mixture models |
|---|---|
| Agnostic: | as this algorithm maximizes only the likelihood, it will not bias the means towards zero, or bias the cluster sizes to have specific structures that might or might not apply. |
<IP_ADDRESS>.2. Cons¶
| Singularities: | when one has insufficiently many points per mixture, estimating the covariance matrices becomes difficult, and the algorithm is known to diverge and find solutions with infinite likelihood unless one regularizes the covariances artificially. |
|---|---|
| Number of components: | |
| this algorithm will always use all the components it has access to, needing held-out data or information theoretical criteria to decide how many components to use in the absence of external cues. |
<IP_ADDRESS>. Selecting the number of components in a classical GMM¶
The BIC criterion can be used to select the number of components in a GMM in an efficient way. In theory, it recovers the true number of components only in the asymptotic regime (i.e. if much data is available). Note that using a DPGMM avoids the specification of the number of components for a Gaussian mixture model.
Examples:
- See Gaussian Mixture Model Selection for an example of model selection performed with classical GMM.
<IP_ADDRESS>. Estimation algorithm Expectation-maximization¶
The main difficulty in learning Gaussian mixture models from unlabeled data is that it is one usually doesn’t know which points came from which latent component (if one has access to this information it gets very easy to fit a separate Gaussian distribution to each set of points). Expectation-maximization is a well-founded statistical algorithm to get around this problem by an iterative process. First one assumes random components (randomly centered on data points, learned from k-means, or even just normally distributed around the origin) and computes for each point a probability of being generated by each component of the model. Then, one tweaks the parameters to maximize the likelihood of the data given those assignments. Repeating this process is guaranteed to always converge to a local optimum.
2.1.2. VBGMM classifier: variational Gaussian mixtures¶
The VBGMM
object implements a variant of the Gaussian mixture
model with variational inference algorithms. The API is identical to
GMM
. It is essentially a middle-ground between GMM
and DPGMM
, as it has some of the properties of the Dirichlet
process.
<IP_ADDRESS>. Pros and cons of class VBGMM
: variational inference¶
<IP_ADDRESS>.1. Pros¶
| Regularization: | due to the incorporation of prior information, variational solutions have less pathological special cases than expectation-maximization solutions. One can then use full covariance matrices in high dimensions or in cases where some components might be centered around a single point without risking divergence. |
|---|
<IP_ADDRESS>.2. Cons¶
| Bias: | to regularize a model one has to add biases. The variational algorithm will bias all the means towards the origin (part of the prior information adds a “ghost point” in the origin to every mixture component) and it will bias the covariances to be more spherical. It will also, depending on the concentration parameter, bias the cluster structure either towards uniformity or towards a rich-get-richer scenario. |
|---|---|
| Hyperparameters: | |
| this algorithm needs an extra hyperparameter that might need experimental tuning via cross-validation. |
<IP_ADDRESS>. Estimation algorithm: variational inference¶
Variational inference is an extension of expectation-maximization that maximizes a lower bound on model evidence (including priors) instead of data likelihood. The principle behind variational methods is the same as expectation-maximization (that is both are iterative algorithms that alternate between finding the probabilities for each point to be generated by each mixture and fitting the mixtures to these assigned points), but variational methods add regularization by integrating information from prior distributions. This avoids the singularities often found in expectation-maximization solutions but introduces some subtle biases to the model. Inference is often notably slower, but not usually as much so as to render usage unpractical.
Due to its Bayesian nature, the variational algorithm needs more
hyper-parameters than expectation-maximization, the most
important of these being the concentration parameter alpha
. Specifying
a high value of alpha leads more often to uniformly-sized mixture
components, while specifying small (between 0 and 1) values will lead
to some mixture components getting almost all the points while most
mixture components will be centered on just a few of the remaining
points.
2.1.3. DPGMM classifier: Infinite Gaussian mixtures¶
The DPGMM
object implements a variant of the Gaussian mixture
model with a variable (but bounded) number of components using the
Dirichlet Process. The API is identical to GMM
.
This class doesn’t require the user to choose the number of
components, and at the expense of extra computational time the user
only needs to specify a loose upper bound on this number and a
concentration parameter.
The examples above compare Gaussian mixture models with fixed number of components, to DPGMM models. On the left the GMM is fitted with 5 components on a dataset composed of 2 clusters. We can see that the DPGMM is able to limit itself to only 2 components whereas the GMM fits the data fit too many components. Note that with very little observations, the DPGMM can take a conservative stand, and fit only one component. On the right we are fitting a dataset not well-depicted by a mixture of Gaussian. Adjusting the alpha parameter of the DPGMM controls the number of components used to fit this data.
Examples:
- See Gaussian Mixture Model Ellipsoids for an example on plotting the
confidence ellipsoids for both
GMM
andDPGMM
. - Gaussian Mixture Model Sine Curve shows using
GMM
andDPGMM
to fit a sine wave
<IP_ADDRESS>. Pros and cons of class DPGMM
: Dirichlet process mixture model¶
<IP_ADDRESS>.1. Pros¶
| Less sensitivity to the number of parameters: | |
|---|---|
| unlike finite models, which will almost always use all components as much as they can, and hence will produce wildly different solutions for different numbers of components, the Dirichlet process solution won’t change much with changes to the parameters, leading to more stability and less tuning. | |
| No need to specify the number of components: | |
| only an upper bound of this number needs to be provided. Note however that the DPMM is not a formal model selection procedure, and thus provides no guarantee on the result. |
<IP_ADDRESS>.2. Cons¶
| Speed: | the extra parametrization necessary for variational inference and for the structure of the Dirichlet process can and will make inference slower, although not by much. |
|---|---|
| Bias: | as in variational techniques, but only more so, there are many implicit biases in the Dirichlet process and the inference algorithms, and whenever there is a mismatch between these biases and the data it might be possible to fit better models using a finite mixture. |
<IP_ADDRESS>. The Dirichlet Process¶
Here we describe variational inference algorithms on Dirichlet process mixtures. The Dirichlet process is a prior probability distribution on clusterings with an infinite, unbounded, number of partitions. Variational techniques let us incorporate this prior structure on Gaussian mixture models at almost no penalty in inference time, comparing with a finite Gaussian mixture model.
An important question is how can the Dirichlet process use an infinite, unbounded number of clusters and still be consistent. While a full explanation doesn’t fit this manual, one can think of its chinese restaurant process analogy to help understanding it. The chinese restaurant process is a generative story for the Dirichlet process. Imagine a chinese restaurant with an infinite number of tables, at first all empty. When the first customer of the day arrives, he sits at the first table. Every following customer will then either sit on an occupied table with probability proportional to the number of customers in that table or sit in an entirely new table with probability proportional to the concentration parameter alpha. After a finite number of customers has sat, it is easy to see that only finitely many of the infinite tables will ever be used, and the higher the value of alpha the more total tables will be used. So the Dirichlet process does clustering with an unbounded number of mixture components by assuming a very asymmetrical prior structure over the assignments of points to components that is very concentrated (this property is known as rich-get-richer, as the full tables in the Chinese restaurant process only tend to get fuller as the simulation progresses).
Variational inference techniques for the Dirichlet process still work with a finite approximation to this infinite mixture model, but instead of having to specify a priori how many components one wants to use, one just specifies the concentration parameter and an upper bound on the number of mixture components (this upper bound, assuming it is higher than the “true” number of components, affects only algorithmic complexity, not the actual number of components used).
Derivation:
- See here the full derivation of this algorithm.


This page is a demonstration of source map support in the Firefox Developer Tools.
It contains a textbox, two radio buttons labeled "Hello" and "Goodbye", a button labeled "Greet", and a JavaScript source. When you press the button, the JavaScript source takes the contents of the textbox and logs a string to the Web Console using console.log()
. The string is "Hello [contents]" or "Goodbye [contents]", depending on which radio button is checked.
We wrote the original source using CoffeeScript, and compiled it to JavaScript. We've also generated a source map for it.


Architizer’s revamp will help us achieve our longstanding mission — to connect architects with manufacturers and empower architecture.
Read More…Glazed façades are glamorous. Here’s how to select the best components for your needs.
Read More…Each of these finishes offers up a fresh way to showcase concrete in all its rough, raw glory.
Read More…For the world’s largest architecture and engineering firms, any tool that helps surface the right information at just the right time is priceless.
Read More…Tap into this plentiful resource of information on faucets.
Read More…


Apache Shiro Session Management Features
Sessions are buckets of data that your users carry with them for a period of time when using your application. Sessions have traditionally been exclusive to web or EJB environments. No more! Shiro enables sessions for any application environment. Further, Shiro offers to a host of other great features to help you manage sessions.
Features
- POJO/J2SE based (IoC friendly) - Everything in Shiro (including all aspects of Sessions and Session Management) is interface-based and implemented with POJOs. This allows you to easily configure all session components with any JavaBeans-compatible configuration format, like JSON, YAML, Spring XML or similar mechanisms. You can also easily extend Shiro's components or write your own as necessary to fully customize session management functionality.
- Session Storage - Because Shiro's Session objects are POJO-based, session data can be easily stored in any number of data sources. This allows you to customize exactly where your application's session data resides - for example, the file system, an enterprise cache, a relational database, or proprietary data store.
- Easy and Powerful Clustering - Shiro's sessions can be easily clustered using any of the readily-available networked caching products, like Ehcache, Coherence, GigaSpaces, et. al. This means you can configure session clustering for Shiro once and only once, and no matter what web container you deploy to, your sessions will be clustered the same way. No need for container-specific configuration!
- Heterogeneous Client Access - Unlike EJB or Web sessions, Shiro sessions can be 'shared' across various client technologies. For example, a desktop application could 'see' and 'share' the same physical session used by the same user in a server-side web application. We are unaware of any framework other than Shiro that can support this.
- Event listeners - Event listeners allow you to listen to lifecycle events during a session's lifetime. You can listen for these events and react to them for custom application behavior - for example, updating a user record when their session expires.
- Host address retention – Shiro Sessions retain the IP address of the host from where the session was initiated. This allows you to determine where the user is located and react accordingly (mostly useful in intranet environments where IP association is deterministic).
- Inactivity/expiration support – Sessions expire due to inactivity as expected, but they can be prolonged via a touch() method to keep them 'alive' if desired. This is useful in Rich Internet Application (RIA) environments where the user might be using a desktop application, but may not be regularly communicating with the server, but the server session should not expire.
- Transparent web use - Shiro's web support implements the HttpSession interface and all of it's associated APIs. This means you can use Shiro sessions in existing web applications and you don't need to change any of your existing web code.
- Can be used for SSO - Because Shiro session's are POJO based, they are easily stored in any data source, and they can be 'shared' across applications if needed. This can be used to provide a simple sign-on experience since the shared session can retain authentication state.
Get Started in 10 Minutes with Shiro
Try out Shiro for yourself with our 10 Minute Tutorial. And if you have any questions about Shiro, please check out our community forum or user mailing list for answers from the community.


- Projetos
See the Pen 🌡Conversão de Grau by Gabriel (@BilOlegario) on CodePen.
See the Pen FizBuzz Desafio by Gabriel (@BilOlegario) on CodePen.
See the Pen Aluraflix - dia 5 by Gabriel (@BilOlegario) on CodePen.
See the Pen Tabela de classificação by Gabriel (@BilOlegario) on CodePen.


UKCloud Limited (“UKC”) and Virtual Infrastructure Group Limited (“VIG”) (together “the Companies”) – in Compulsory Liquidation
On 25 October 2022, the Companies were placed into Liquidation with the Official Receiver appointed as Liquidator and J Robinson and A M Hudson simultaneously appointed as Special Managers to manage the liquidation process on behalf of the Official Receiver.
Further information regarding the Liquidations can be found here: https://www.gov.uk/government/news/virtual-infrastructure-group-limited-and-ukcloud-limited-information-for-creditors-and-interested-parties
Contact details:
For any general queries relating to the Liquidations please email<EMAIL_ADDRESS>For customer related queries please email<EMAIL_ADDRESS>For supplier related queries please email<EMAIL_ADDRESS>Using Barbican Key Management as a Service (KMaaS)
Overview
OpenStack Key Manager (Barbican) is the secrets manager for Red Hat OpenStack Platform. You can use the Barbican API and command line to centrally manage the certificates, keys, and passwords used by OpenStack services.
Barbican currently supports the following use cases described in this guide:
Symmetric encryption keys - used for Block Storage (Cinder) volume encryption, ephemeral disk encryption, and Object Storage (Swift) encryption, among others.
Asymmetric keys and certificates- used for glance image signing and verification, among others.
Prerequisites
Barbican uses port 13311 for communication. This port will need to be open for Barbican to work.
You must be running a recent version of the OpenStackCLI. To check for an update run:
pip install --upgrade python-openstackclient
Use Cases
Use cases for Barbican include:
Image signature verification
Load Balancing as a Service (LBaaS) services
Volume encryption (coming soon)
Ephemeral disk encryption (coming soon)
Managing secrets in Barbican
Adding new secrets
You can create a secret and payload with a single command as below:
$ openstack secret store --name testSecret --payload 'TestPayload'
+---------------+------------------------------------------------------------------------------------+
| Field | Value |
+---------------+------------------------------------------------------------------------------------+
| Secret href | https://<IP_ADDRESS>:9311/v1/secrets/ecc7b2a4-f0b0-47ba-b451-0f7d42bc1746 |
| Name | testSecret |
| Created | None |
| Status | None |
| Content types | None |
| Algorithm | aes |
| Bit length | 256 |
| Secret type | opaque |
| Mode | cbc |
| Expiration | None |
-----------------------------------------------------------------------------------------------------+
Once you've created a secret the payload cannot be changed, you can only delete the whole secret. As an alternative to creating the secret and payload at the same time you can create the secret and then set the payload. Again, once you've set the payload, it cannot be changed.
Updating secrets
To create a secret without a payload and then separately update it, use the following command:
$ openstack secret store --name testSecret2
+---------------+------------------------------------------------------------------------------------+
| Field | Value |
+---------------+------------------------------------------------------------------------------------+
| Secret href | https://<IP_ADDRESS>:9311/v1/secrets/ca34a264-fd09-44a1-8856-c6e7116c3b16 |
| Name | testSecret2 |
| Created | None |
| Status | None |
| Content types | None |
| Algorithm | aes |
| Bit length | 256 |
| Secret type | opaque |
| Mode | cbc |
| Expiration | None |
-----------------------------------------------------------------------------------------------------+
$ openstack secret update https://<IP_ADDRESS>:9311/v1/secrets/ca34a264-fd09-44a1-8856-c6e7116c3b16 'TestPayload2-updated'
Deleting secrets
You can delete a secret by specifying its URI. For example:
$ openstack secret delete https://<IP_ADDRESS>:9311/v1/secrets/ecc7b2a4-f0b0-47ba-b451-0f7d42bc1746
Generating a symmetric key
Symmetric keys are suitable for certain tasks, such as nova disk encryption and Swift object encryption. Rather than creating a secret directly, create an order that Barbican fulfils based upon the settings used:
Generate a new 256-bit key using
order create
and store it in Barbican. For example:$ openstack secret order create --name swift_key --algorithm aes --mode ctr --bit-length 256 --payload-content-type=application/octet-stream key
+----------------+-----------------------------------------------------------------------------------+ | Field | Value | +----------------+-----------------------------------------------------------------------------------+ | Order href | https://<IP_ADDRESS>:9311/v1/orders/043383fe-d504-42cf-a9b1-bc328d0b4832 | | Type | Key | | Container href | N/A | | Secret href | None | | Created | None | | Status | None | | Error code | None | | Error message | None | +----------------+-----------------------------------------------------------------------------------+
- --mode - Generated keys can be configured to use a particular mode, such as
ctr
orcbc
. For more information, see NIST SP 800-38A.
- --mode - Generated keys can be configured to use a particular mode, such as
View the details of the order to identify the location of the generated key, shown here as the
Secret href
value:$ openstack secret order get https://<IP_ADDRESS>:9311/v1/orders/043383fe-d504-42cfa9b1-bc328d0b4832
+----------------+------------------------------------------------------------------------------------+ | Field | Value | +----------------+------------------------------------------------------------------------------------+ | Order href | https://<IP_ADDRESS>:9311/v1/orders/043383fe-d504-42cf-a9b1-bc328d0b4832 | | Type | Key | | Container href | N/A | | Secret href | https://<IP_ADDRESS>:9311/v1/secrets/efcfec49-b9a3-4425-a9b6-5ba69cb18719 | | Created | 2018-01-24T04:24:33+00:00 | | Status | ACTIVE | | Error code | None | | Error message | None | +----------------+------------------------------------------------------------------------------------+
Retrieve the details of the secret:
$ openstack secret get https://<IP_ADDRESS>:9311/v1/secrets/efcfec49-b9a3-4425-a9b6-5ba69cb18719
+---------------+------------------------------------------------------------------------------------+ | Field | Value | +---------------+------------------------------------------------------------------------------------+ | Secret href | https://<IP_ADDRESS>:9311/v1/secrets/efcfec49-b9a3-4425-a9b6-5ba69cb18719 | | Name | swift_key | | Created | 2018-01-24T04:24:33+00:00 | | Status | ACTIVE | | Content types | {u'default': u'application/octet-stream'} | | Algorithm | aes | | Bit length | 256 | | Secret type | symmetric | | Mode | ctr | | Expiration | None | +---------------+------------------------------------------------------------------------------------+
Listing secrets
Secrets are identified by their URI, indicated as an href
value. This example shows the secret created in the previous steps:
$ openstack secret list
+------------------------------------------------------------------------------------+------+---------------------------+--------+-------------------------------------------+---------------+------------+-------------+------+------------+
| Secret href | Name | Created | Status | Content types | Algorithm | Bit length | Secret type | Mode | Expiration |
+------------------------------------------------------------------------------------+------+---------------------------+--------+-------------------------------------------+---------------+------------+-------------+------+------------+
| https://<IP_ADDRESS>:9311/v1/secrets/24845e6d-64a5-4071-ba99-0fdd1046172e | None | 2018-01-22T02:23:15+00:00 | ACTIVE | {u'default': u'application/octet-stream'} | aes | 256 | symmetric | None | None |
+------------------------------------------------------------------------------------+------+---------------------------+--------+-------------------------------------------+---------------+------------+-------------+------+------------+
Feedback
If you find a problem with this article, click Improve this Doc to make the change yourself or raise an issue in GitHub. If you have an idea for how we could improve any of our services, send an email to feedback@ukcloud.com.


test
- Role: Manager
- Employee ID: test
- Email: test
- Office Number: test
test
- Role: Engineer
- Employee ID: test
- Email: test
- Github: test
test
- Role: Intern
- Employee ID: test
- Email: test
- School: test


How long were they on their old plan?
As in, the number of days that they were on the old plan.
Also as in, how many days has it been since their last billing date.
How much did their old plan cost?
How much does their new plan cost?
What's the name on the account?
Really, how do you want the number labeled...


Healthcare Priorities - Treatment of chronic diseases: diabetes, heart disease - Decrease costs including transportation, insurance, pharmaceuticals, appointments
Healthcare Priorities - Health education: community outreach, provider education, domestic violence
Healthcare Priorities - Mental Health -Finding employment


This will be displayed only in desktop breakpoint:
@media only screen and (min-width: 950px)
This will be displayed only in tablet breakpoints:
@media only screen and (min-width: 530px) and (max-width: 949px)
This will be displayed only in mobile breakpoint:
@media only screen and (max-width: 529px)
You can also combine them, so this will be displayed in desktop & tablet breakpoints
You can also combine them, so this will be displayed in tablet & mobile breakpoints
Micro-Responsive CSS Framework is a set of CSS classes that helps fast-prototype responsive interfaces. It is only 0.6kb and includes support for desktop, tablet and mobile mediaqueries. The game is simple: add the proper class if you need/want a certain HTML tag be visible or not.

 this will be visible only in mobile devices with (max-width: 529px)

You can also combine them:

 this will be displayed in desktop & tablet breakpoints

Place microresponsive.min.css
or it content in your project. Use the CSS classes as needed:
@media only screen and (min-width: 950px)
@media only screen and (min-width: 530px) and (max-width: 949px)
@media only screen and (max-width: 529px)
I recommend use this only in prototype phase of a project, not in production. Why? Simple: showing and hiding HTML elements can damage your SEO intentions. But if you don't care about SEO, go and enjoy this.


I'm Solutions Engineer with background in design & development of cloud solutions
and backend systems. I currently work as a Strategic Cloud Engineer at Google.
Before, I have worked at
Equinix,
IPF
Digital,
Asseco,
Huawei and
Ericsson - fintech and telco industries. Most of my
13 years long career I spent on customer projects - helping to choose right
solutions and delivering them end to end. While I hold architecture and leadership roles now,
I've started as a network and integrations engineer.
My professional experience:
During my career, I had the benefit of working with many architectural styles. Enterprise COTS, traditional SOA, big monoliths, microservices, cloud native and serverless. Technology keeps evolving and new trends emerge constantly. Because of that, IT architecture should focus on desired system characteristics and not on tech goodies itself. Use my knowledge of different architectural styles, technologies and ways of governing development. I will help you to build systems that meet your expectations over the time.
I’ve worked on numerous projects for many customers that ended up with great successes or left bitter lessons learned. I had luck to lead teams of passionate professionals while working arm in arm on-site or remotely, in global diverse teams. I lead by example and promote continuous improvement culture. You can leverage my experience to solve your project and team challenges.
I’m a geek and love to play with the technology. I do coding, design and code reviews, configure CI / CD pipelines, hack *nix OSes and build cloud solutions. I don't run my own linux servers anymore but still have a small cabinet and multi vlan network at home.
Use my GPG public key if communication privacy is crucial.


| Order ID | Customer ID | Emp ID | Freight | Order Date | Required Date | Shipped Date | Name | Address | City | Region | PostCode | Country | Row Version |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| {{o.OrderID}} | {{o.CustomerID}} | {{o.EmployeeID}} | {{o.Freight | currency}} | {{o.OrderDate | date:'shortDate'}} | {{o.RequiredDate | date:'shortDate'}} | {{o.ShippedDate | date:'shortDate'}} | {{o.ShipName}} | {{o.ShipAddress}} | {{o.ShipCity}} | {{o.ShipRegion}} | {{o.ShipPostalCode}} | {{o.ShipCountry}} | {{o.RowVersion}} |


Step Input
The step input control allows the user to change the input values in predefined increments (steps).
Step Input uses Intl.NumberFormat to format value inside the form control. Formatting is based on
users locale and can be customized using multiple Step Input configuration options.


About
Drawing parabolic line designs is easy: connect three or more points with straight lines, then interpolate between those to form the rough outline of a parabola.
Lots of us made them in elementary school using a pencil, ruler, and graph paper. This nostalgia must be what's reminded me of them over the years, reworking a simple interactive demo each time.
Since touch screens are a given on new phones, it was time to rewrite the old Flash version (itself reworked from an earlier Java applet) using JavaScript and Canvas, and add support for mobile. It was also a good opportunity to allow points to be dragged around, and add a snappy grid for more precise designs.
That said, drawing parabolic line designs the old-school way still does the job!


In this step, you will add a clickable phone image swapper to the phone details page.
The phone details view displays one large image of the current phone and several smaller thumbnail images. It would be great if we could replace the large image with any of the thumbnails just by clicking on the desired thumbnail image. Let's have a look at how we can do this with angular.
The most important changes are listed below. You can see the full diff on GitHub:
app/js/controllers.js
:
... function PhoneDetailCtrl($scope, $routeParams, $http) { $http.get('phones/' + $routeParams.phoneId + '.json').success(function(data) { $scope.phone = data; $scope.mainImageUrl = data.images[0]; }); $scope.setImage = function(imageUrl) { $scope.mainImageUrl = imageUrl; } } //PhoneDetailCtrl.$inject = ['$scope', '$routeParams', '$http'];
In the PhoneDetailCtrl
controller, we created the mainImageUrl
model property and set its
default value to the first phone image url.
We also created a setImage
event handler function that will change the value of mainImageUrl
.
app/partials/phone-detail.html
:
 ...

 ...
We bound the ngSrc
directive of the large image to the mainImageUrl
property.
We also registered an
handler with thumbnail images. When a user clicks on one of the thumbnail images, the handler will
use the ngClick
setImage
event handler function to change the value of the mainImageUrl
property to the
url of the thumbnail image.
To verify this new feature, we added two end-to-end tests. One verifies that the main image is set to the first phone image by default. The second test clicks on several thumbnail images and verifies that the main image changed appropriately.
test/e2e/scenarios.js
:
... describe('Phone detail view', function() { ... it('should display the first phone image as the main phone image', function() { expect(element('img.phone').attr('src')).toBe('img/phones/nexus-s.0.jpg'); }); it('should swap main image if a thumbnail image is clicked on', function() { element('.phone-thumbs li:nth-child(3) img').click(); expect(element('img.phone').attr('src')).toBe('img/phones/nexus-s.2.jpg'); element('.phone-thumbs li:nth-child(1) img').click(); expect(element('img.phone').attr('src')).toBe('img/phones/nexus-s.0.jpg'); }); }); });
You can now refresh the browser tab with the end-to-end test runner to see the tests run, or you can see them running on angular's server.
Let's add a new controller method to PhoneDetailCtrl
:
$scope.hello = function(name) {
alert('Hello ' + (name || 'world') + '!');
}
and add:
<button ng-click="hello('Elmo')">Hello</button>
to the phone-details.html
template.
With the phone image swapper in place, we're ready for step 11 (the last step!) to learn an even better way to fetch data.


Manipulating data from contest questions and solutions.
I worked with and coordinated a team of four classmates to work on this site as my Grade 12 culminating project. It sorts, categorizes and displays contests from the last 30 years. I mainly worked on the PHP back-end, and was in charge of the part that automatically translates Turing solutions into Java.
The solution programs are usually given in Turing.
I wrote the PHP code that automatically translates programs like the one above into Java. It was done with regular expressions. I also had to keep track of the level of depth of the program.


{% extends "base.html" %} {% block content %}
To BLAST a sequence against the NCBI nt database, click the sequence and then click the View report button on the resulting page.
To download a raw FASTA file of your sequences, click here.
Click on a Column header to sort the table.
| Feature ID | Sequence |
|---|---|
| {{ sequence.id }} | {{ sequence.seq }} |


| Interface | Description |
|---|---|
| Configuration |
A simple query interface for a configuration.
|
| ExtendedConfiguration |
The extended configuration provides methods to make using the
configuration easier.
|
| LogTarget |
An interface that defines a log target (a consumer of log messages).
|
| PublicCloneable |
An interface that exposes the clone() method.
|
| Class | Description |
|---|---|
| AbstractObjectList |
A list of objects that can grow as required.
|
| ArrayUtilities |
Utility methods for working with arrays.
|
| AttributedStringUtilities |
Some utility methods for working with
AttributedString objects. |
| BooleanList |
A list of
Boolean objects. |
| BooleanUtilities |
Utility methods for working with
Boolean objects. |
| ClassComparator |
The class comparator can be used to compare and sort classes and their
superclasses.
|
| DefaultConfiguration |
Default configuration.
|
| ExtendedConfigurationWrapper |
A wrapper for the extended configuration interface around a plain configuration.
|
| FastStack |
A very simple unsynchronized stack.
|
| HashNMap |
The HashNMap can be used to store multiple values by a single key value.
|
| LineBreakIterator |
An iterator that breaks text into lines.
|
| Log |
A simple logging facility.
|
| Log.SimpleMessage |
A simple message class.
|
| LogContext |
A log context.
|
| ObjectList |
A list of objects that can grow as required.
|
| ObjectTable |
A lookup table for objects.
|
| ObjectUtilities |
A collection of useful static utility methods for handling classes and object
instantiation.
|
| PaintList |
A table of
Paint objects. |
| PaintUtilities |
Utility code that relates to
Paint objects. |
| PrintStreamLogTarget |
A log target that sends output to a
PrintStream . |
| ReadOnlyIterator |
Protects an given iterator by preventing calls to remove().
|
| ResourceBundleSupport |
An utility class to ease up using property-file resource bundles.
|
| ResourceBundleWrapper |
Wrapper of ResourceBundle.getBundle() methods.
|
| Rotation |
Represents a direction of rotation (
CLOCKWISE or
ANTICLOCKWISE ). |
| ShapeList |
A table of
Shape objects. |
| ShapeUtilities |
Utility methods for
Shape objects. |
| SortedConfigurationWriter |
Writes a
Configuration instance into a property file, where
the keys are sorted by their name. |
| SortOrder |
Defines tokens used to indicate sorting order (ascending or descending).
|
| StringUtils |
String utilities.
|
| StrokeList |
A table of
Stroke objects. |
| TableOrder |
Used to indicate the processing order for a table (by row or by column).
|
| UnitType |
Used to indicate absolute or relative units.
|
| WaitingImageObserver |
This image observer blocks until the image is completely loaded.
|
| Exception | Description |
|---|---|
| StackableException |
A baseclass for exceptions, which could have parent exceptions.
|
| StackableRuntimeException |
A baseclass for RuntimeExceptions, which could have parent exceptions.
|


Software Developer
Seattle, WA
Code Fellows: Code 201
Bachelor of Science, University of Washington
I enjoy turning ideas into solutions by way of coding. Programming gives me the ability to solve real world issues such that I can potentially change people's lives for the better. My goal is to become an advocate for women in technology.
Email<EMAIL_ADDRESS>Address: 390 Macon Dr. S WA, 98055
Phone :<PHONE_NUMBER>


Steve Jobs was a co-founder and longtime chief executive officer at Apple. On June 12, 2005, Steve gave the commencement address at Stanford University.
In his address Steve urged graduates to follow their dreams and, despite any setbacks, to never give up–advice which he sincerely took to heart.


--- layout: post title: DScape, FP and iPods date: 2004-09-15 00:00:00 category: mobile ---
We're going to be providing some funky mobile services for this event, being run by local digital cluster bods Wired Sussex at the end of October.
Talking through the line-up for the night, it sounds like Dr Michael Bull might be speaking; I'm really looking forward to hearing him if so, having read some interesting articles about his research into iPod users.


Block front page
Block r/all
Block r/popular
Block the browse page in all subreddits
Block the 'More from this community' section when reading comments
Block the list of subreddits in the top bar (only shows up on old reddit without RES)
Block the 'discussions in r/subreddit' box that pops up when reading comments
Block the 'my subreddits' dropdown in the top bar


def authorized_for_create?; end
def c2_authorized_for_create?; end
def c2_authorized_for_read?; end
def c2_authorized_for_update?; end
def c3_authorized_for_create?; end
def c3_authorized_for_read?; end
def c3_authorized_for_update?; end
def c3_authorized?; end
def c1_authorized_for_create?; end
def c1_authorized_for_read?; end
def a3_authorized?; end
def b3_authorized?; end
[Validate]