During this last year of studies, I have followed a course called microcontroller and open-source hardware. It was the first time for me to learn about Arduino. From this course I have learned about open source, Arduino and using of KiCad.
At the end of this course, we have to create our Arduino Uno extension board, by designing the PCB and routing the circuit. The purpose of the board is to adapt the impedance of a gas sensor in order to connect it to the Arduino Uno. Then the Arduino Uno has to send the data of the gas sensor to a LoRa module and the LoRa module will send this data to The Things Network.
We worked in pairs and my partner and I worked on the same things. Firstly, we have created the LTC1050 symbol and the RN_Breakout2483 symbol. Secondly, we have designed the circuit diagram. We used a resistor for the gas sensor, the LTC1050 for the adaptation of the impedance and the RN_Breakout2483 for the LoRa module. Lastly, we have drawn the routing in red and green.
Nowadays, big cities have various nuisance which impacts on the health and the comfort of citizen. The University of Wollongong in Australia has proposed a project on designing an embedded sensor platform to be deployed by non-scientific people. This platform has to collect data about the quality of the air in a city by using mobile or fixed sensors, analyze these data and display them by a user interface as a website.
This project is the main project for the Innovative Smart System training as it combines electronic and computer science skills. For this project, our team is composed of five students: two from electronic domain and three from the computer science domain. We divided the project into two parts: an electronic part and a software part.
Because I am a computer science student, I worked in the computer science team. Our mission was to develop a web user interface and to analyze data measured by the air quality sensor in order to interpret them and show them on the interface through graphs and maps. We have decided to use the Framework Angular to develop our website because it is supported by Google and what’s more, one of the team members has already used it. I mainly worked in developing websites using Angular.
Here is the whole architecture of our project and the website for the user interface.
We have been to Banyuls sur mer during the beginning of November. We have chosen an idea which is relevant to the aquarium and we have worked on it during two days in a group of five. Actually, I was the only one study computer science and the others all major in electronic.
This project mainly used the knowledge of electronics, such as Arduino, sensor, etc.  Every time a child throws a garbage into the dustbin, the image in the aquarium, which is shown by a big screen, will be more and more clean.  So we can make children protect environment.
We putted an ultrasonic sensor in the dustbin so that we can use this sensor to detect if there is a garbage coming. Every time the sensor detects something, we can change the image in the screen. Finally, the image becomes more and more beautiful and clean.
We would want to do a garbage classification for children to throw the different kind of garbage into the different dustbin. But we did not have enough time to do that and we did not have all kinds of sensors.
During two days of Hackathon, we worked with a group of five. Firstly, we have done the brainstorming to choose a new and creative idea for our project. After choosing the idea, we have begun coding for the project. Because all other four students come from electronics, they were more familiar than me to program the Arduino board. I have done something with the image, such as choosing an original image, adding some dirty garbage in the image and deleting the garbage step by step to make the image more and more clean. What’s more, I have helped them when they needed some helps. And I have done the most part of the PowerPoint for the second day’s presentation. Finally, our group has won the third prize.
Here is the function diagram of our project.
I have learned a course called big data last year. It was the first time that I had learned the language R in order to analyze data and draw graphs to show the data analysis. At the end of the course, we need to choose a data set, define the problem that we want to analyze about the data set and draw four graphs to show the data analysis. Many websites provide free data set. And we have chosen one data set from the website kaggle about the history of the Olympic Games since Athens 1896. We want to know which parameters impact on the winning a medal at the Olympic Games.
We have done this project in pairs and my partner and I have done the same things. We want to analyze which parameters impact on the winning of a medal at the Olympic Games. From the first and second graphs, we can see that the USA has the most medals and the most athletes. But the number of medals doesn’t have the positive ratio with the number of athletes. So only with the number of athletes, we can’t determine the number of medals. Then we analyzed if the age range has an impact on the winning of a medal. From the third graph, we can know that the most of the medals are gathered between 18 to 30 years old. Lastly, we can observe from the fourth graph that the BMI of women is between 20 and 22 and the BMI of men is between 23 and 25 approximately.
We can deduce that the number of athletes, the age and the BMI have an impact on the winning of a medal.
Service oriented architecture is a way to design distributed applications with services provided on the web and accessible for remote applications. For this course, we have to make a project on a web application for managing INSA’s rooms. This application must allow automatic actions on actuators applied on windows, lights, doors, etc. Of course, the application must be based service oriented architecture. This application relies on software services, sensors, and actuators. The goal is to retrieve data from sensors and analyze them to enable taking decisions.
We have done this project in pairs and my partner and I have done the same things. To build an SOA (Service Oriented Architecture) project, we have used web services, REST (Representational State Transfer) and OM2M platform.
At the beginning, we have done the conception of our project and drawn some UML diagrams, such as use case, component diagram and deployment diagram.
And then we have coded for our user interface and web services. Because we just have two weeks to do this project. It's unable to finish the whole project. So we have just chosen two most important web services to do, they are light management and window management. They can permit the user to set the time schedule to turn on the lights and open the windows. What's more, we can also get the temperature of each room and see if there is someone in the room by our web application.


The probability of meeting people with COVID19 in your venue is:
Use with caution and apply contextual information. Scroll down for more details.
The statistical calculations do not consider variation due to mobility in this example estimator.
Mobility calculation can be added for customized solutions.


WITNESS LIST General Investigating Committee August 13, 2002-9:00A HUBs On: Banks, Charlotte (Tx. Building & Procurement Commission) Cagle, Laura (Tx. Dept. of Mental Health & Mental Retardation) Campbell, Bill (Tx. Dept. of Mental Health & Mental Retardation) Coale, Jeannie (Tx. Dept. of Protective & Regulatory Services) Constancio, Shawn (Tx. Dept. of Public Safety) Davis, Tommy (Tx. Dept. of Public Safety) Hale, Karen (Tx. Dept. of Mental Health & Mental Retardation) Riojas, Art (Tx. Dept. of Protective & Regulatory Services) Registering, but not testifying: On: Crane, Dawn (Crane Electric) Riley, Randall (Tx. Building & Procurement Commission) PSF On: Nunez, Rene (State Board of Education) PSF Fiduciary Audit On: Ballard, Paul (Texas Education Agency) Smith, Carol Ann (State Auditor's Office) White, Joe (State Auditor's Office) TBPC Against: Ramones, Rick (Hispanic Contractors Association) TBPC HUBs Against: Johnson, Cassandra (Tx. Association of African American Chambers of Commerce) TDPRS HUBs Against: Morrison, P. D. (Hurricane Office Supply)


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About me
My name is Joseph Gakunga ,Iam 18yrs old ,and i am upcoming developer studying at Moringa school.
background
I was born in the year 2000, that means that i am 18yrs of age.I joined school when i was 3yrs(thats less than the expected age to join a primary school.I did my KCPE in the year 2013 and joined Highschool in the year 2014 then done in the year 2017. For now i mam a student at UMMA UNIVERSITY pursuing a degree in Computer science, and also taking Moringa school prep course so as to become a developer for now
interest
I like alot playing games this are like my best:
ASSASSINS CREED
CALL OF DUTY
GTA 5
I like watching movies and series when i am bored playing games. I especially like The Game of Thrones series.
I am more interest in technology and science fiction and the brains behind it, especially i am really into quantum mechanics which is said to revolutionalize the world. During my free timez ilike playing computer games, waching series especially Games of Thrones and sci-fi movies,and also like to train my mind in doing some hard maths.
WHY I DECIDED TO TAKE A CLASS IN PROGRAMMING
I have alays wanted to become a developer, i liked computers since i was seven. I always dreamt of making my own programs and solving problems in our community.Thanks to Moringa school coz i think here is where i will make it.....to make it ...to become a developer
I like eating pizza especiallythe ones made by Pizza hut
And also burgers especilly the ones from Burgerking.
- Island resort website which i used html and css
- Island resort website which i used html and css


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' version: 0.5-draft version_date: 20190225T145056 official_type: "" full_example: "" mapping: - property: about expected_types: - Thing description: |- The subject matter of the content. Inverse property: subjectOf. type: "" type_url: "" bsc_description: "The subject of this Course. \nUse the DefinedTerm type to add a controlled vocabulary term to categorise the course (such as using the [EDAM Topic ontology](https://bioportal.bioontology.org/ontologies/EDAM/?p=classes&conceptid=http%3A%2F%2Fedamontology.org%2Ftopic_0003)) " marginality: Recommended cardinality: MANY controlled_vocab: EDAM term example: "\"about\": [{\n \"@type\": \"DefinedTerm\", \n \"@id\": \"http://edamontology.org/topic_3316\",\n \ \"inDefinedTermSet\": \"http://edamontology.org\",\n \"termCode\": \"topic_3316\",\n \ \"name\": \"Computer Science\",\n \"url\": \"https://bioportal.bioontology.org/ontologies/EDAM/?p=classes&conceptid=http%3A%2F%2Fedamontology.org%2Ftopic_3316\"\n}]" - property: alternateName expected_types: - Text description: An alias for the item. type: "" type_url: "" bsc_description: "" marginality: Optional cardinality: MANY controlled_vocab: "" example: 'alternateName: ["Comp-sci 101"]' - property: audience expected_types: - Audience description: An intended audience, i.e. a group for whom something was created. Supersedes serviceAudience. type: "" type_url: "" bsc_description: 'The type of audience intended for your course. A succinct description of the attendees. ' marginality: Optional cardinality: MANY controlled_vocab: "" example: "\"audience\": [{\n \"@type\": \"Audience\",\n \"audienceType\": \"PhD students\" \n},\n{\n \"@type\": \"Audience\",\n \"audienceType\": \"Post-docs\" \n}]" - property: courseCode expected_types: - Text description: The identifier for the Course used by the course provider (e.g. CS101 or 6.001). type: "" type_url: "" bsc_description: "" marginality: Optional cardinality: MANY controlled_vocab: "" example: '"courseCode": "CS101"' - property: coursePrerequisites expected_types: - AlignmentObject - Course - Text description: Requirements for taking the Course. May be completion of another Course or a textual description like "permission of instructor". Requirements may be a pre-requisite competency, referenced using AlignmentObject. type: "" type_url: "" bsc_description: "" marginality: Recommended cardinality: MANY controlled_vocab: "" example: |- "coursePrerequisites": [ { "@type": "AlignmentObject", "alignmentType": "educationalLevel", "educationalFramework": "QAA", "targetName": "Higher Education Credit Framework For England", "targetUrl": "https://www.qaa.ac.uk/docs/qaa/quality-code/academic-credit-framework.pdf?sfvrsn=940bf781_12" }, { "@type": "Course", //Minimal "name": "Foundation Course in CS", "description": "This course introduces you to the very basic, foundational concepts of computers and programming", "keywords": "CS, foundation, course, eLearning", //Recommended "url": "http://my-training.site/myPrerequisiteCourse", "timeRequired": "P1W2DT5H", "skillLevel": "beginner" } ] - property: creator expected_types: - Organization - Person description: The creator/author of this CreativeWork. This is the same as the Author property for CreativeWork. type: "" type_url: "" bsc_description: The creator/author of the course. Note, this may be different from the instructor who delivers it (descibed in CourseInstance), or the author who created the training materials used. marginality: Optional cardinality: MANY controlled_vocab: "" example: "\"author\": [{\n \"@type\": \"Person\",\n \"name\": \"Elizabeth Windsor\"\n},{ \n \"@type\": \"Organization\",\n \"name\": \"University of Manchester\"\n}]" - property: dateCreated expected_types: - Date - DateTime description: The date on which the CreativeWork was created or the item was added to a DataFeed. type: "" type_url: "" bsc_description: "" marginality: Optional cardinality: ONE controlled_vocab: "" example: '"dateCreated": "2019-02-18 09:00:00 +0000"' - property: dateModified expected_types: - Date - DateTime description: The date on which the CreativeWork was most recently modified or when the item's entry was modified within a DataFeed. type: "" type_url: "" bsc_description: "" marginality: Optional cardinality: ONE controlled_vocab: "" example: '"dateModified": "2019-03-28 13:25:13 +0000"' - property: description expected_types: - Text description: A description of the item. type: "" type_url: "" bsc_description: "" marginality: Minimum cardinality: ONE controlled_vocab: "" example: '"description": "This is a course ran at an institution. It''s ran periodically - specific courses can be found through CourseInstances"' - property: educationalCredentialAwarded expected_types: - Text - URL description: A description of the qualification, award, certificate, diploma or other educational credential awarded as a consequence of successful completion of this course. type: "" type_url: "" bsc_description: Strongly recommended if exists marginality: Optional cardinality: MANY controlled_vocab: "" example: '"educationalCredentialAwarded": "Certified Software Carpentry Instructor"' - property: hasCourseInstance expected_types: - CourseInstance description: An offering of the course at a specific time and place or through specific media or mode of study or to a specific section of students. type: "" type_url: "" bsc_description: |- A course may be ran multiple times in different locations or at different times. Use hasCourseInstance to list the offerings of this Course. Please see the [Course Instance specification](https://bioschemas.org/specifications/CourseInstance) for the full list of properties marginality: Recommended cardinality: MANY controlled_vocab: "" example: "\"hasCourseInstance\": [\n {\n \"@type\": \"CourseInstance\",\n\n \ //Minimal\n \"courseMode\": \"online\",\n \"location\": {\n \"@type\": \"Place\",\n \"address\": {\n \"@type\": \"PostalAddress\",\n \ \"streetAddress\": \"1.17, Kilburn Building, University of Manchester\",\n \ \"addressLocality\": \"Manchester\",\n \"addressRegion\": \"Greater Manchester\",\n \"addressCountry\": \"United Kingdom\",\n \ \"postalCode\": \"M13 9PL\"\n }\n },\n //Recommended\n \ \"url\": \"http://my-training.site/myCourse/courseInstance\",\n \"inLanguage\": \"en-GB\",\n \"instructor\": [{\n \"@type\": \"Person\",\n \"name\": \"John Smith\"\n },{ \n \"@type\": \"Person\",\n \"name\": \"Bob Jones\"\n }],\n \"startDate\": \"2019-02-04T11:00:00\",\n \"endDate\": \"2019-02-05T17:00:00\",\n \"offers\": {\n \"@type\": \"Offer\",\n \ \"price\": \"100.00\",\n \"priceCurrency\": \"GBP\",\n \ \"url\": \"http://www.eventbrite.com/my-workshop\"\n },\n \"mentions\": [{\n \"@type\": \"Tool\",\n \"name\": \"Galaxy\",\n \"url\": \"https://bio.tools/galaxy\",\n \"description\": \"Open, web-based platform for data intensive biomedical research\"\n },\n {\n \"@type\": \"Dataset\",\n \"name\": \"European Genome-phenome Archive\",\n \"url\": \"https://www.ebi.ac.uk/ega/home\",\n \"description\": \"The EGA archives a large number of datasets, the access to which is controlled by a Data Access Committee (DAC).\"\n }],\n }\n]" - property: hasPart expected_types: - CreativeWork - Trip description: |- Indicates an item or CreativeWork that is part of this item, or CreativeWork (in some sense). Inverse property: isPartOf. type: "" type_url: "" bsc_description: "A training material used in a course such as an exercise, handouts, or slides. \n\nInverse property: isPartOf.\n\nIf this varies in a CourseInstance, use workFeatutred to override hasPart. " marginality: Optional cardinality: MANY controlled_vocab: "" example: "hasPart: [{\n \"@type\": \"TrainingMaterial\",\n\n //Minimum\n \"name\": \"Course Slides for CS101\",\n \"description\": \"The course slides contain diagrams, questions, and links to various resources about this course\",\n \"keywords\": \"Computer Science, CS, Introductory\",\n\n //Recommended\n \"timeRequired\": \"P1W2DT5H\",\n \"learningResourceType\": [\"slides\"],\n \"url\": \"http://example.com/slides_website\",\n \ \"license\": [\"https://creativecommons.org/licenses/by/4.0/\"],\n \"skillLevel\": \"beginner\",\n \"identifier\": [\"http://identifiers.org/my-org/13412\"],\n \ \"about\": [{\n \"@type\": \"DefinedTerm\", \n \"@id\": \"http://edamontology.org/topic_3316\",\n \ \"inDefinedTermSet\": \"http://edamontology.org\",\n \"termCode\": \"topic_3316\",\n \"name\": \"Computer Science\",\n \"url\": \"https://bioportal.bioontology.org/ontologies/EDAM/?p=classes&conceptid=http%3A%2F%2Fedamontology.org%2Ftopic_3316\"\n \ }],\n \"inLanguage\": \"en-GB\",\n \"mentions\": [{\n \"@type\": \"Tool\",\n \ \"name\": \"Galaxy\",\n \"url\": \"https://bio.tools/galaxy\",\n \"description\": \"Open, web-based platform for data intensive biomedical research\"\n }]\n}]" - property: image expected_types: - ImageObject - URL description: An image of the item. This can be a URL or a fully described ImageObject. type: "" type_url: "" bsc_description: "" marginality: Optional cardinality: ONE controlled_vocab: "" example: '"image": "https://image.server.com/my-image.jpg"' - property: keywords expected_types: - Text description: Keywords or tags used to describe this content. Multiple entries in a keywords list are typically delimited by commas. type: "" type_url: "" bsc_description: "" marginality: Minimum cardinality: ONE controlled_vocab: "" example: '"keywords": "RNA-Seq, Workshop"' - property: mentions expected_types: - Thing description: Indicates that the CreativeWork contains a reference to, but is not necessarily about a concept. type: "" type_url: "" bsc_description: |- Datasets, tools, technologies, entities etc, which are used by or referred to by this course. If this varies in a *CourseInstance*, use the *CourseInstance* version of _mentions_ to override this mentions. marginality: Recommended cardinality: MANY controlled_vocab: "" example: |- mentions: [{ "@type": "Tool", "name": "Galaxy", "url": "https://bio.tools/galaxy", "description": "Open, web-based platform for data intensive biomedical research" },{ "@type": "Dataset", "name": "European Genome-phenome Archive", "url": "https://www.ebi.ac.uk/ega/home", "description": "The EGA archives a large number of datasets, the access to which is controlled by a Data Access Committee (DAC)." }] - property: name expected_types: - Text description: The name of the item. type: "" type_url: "" bsc_description: "" marginality: Minimum cardinality: ONE controlled_vocab: "" example: '"name": "My Course"' - property: provider expected_types: - Organization - Person description: The service provider, service operator, or service performer; the goods producer. Another party (a seller) may offer those services or goods on behalf of the provider. A provider may also serve as the seller. Supersedes carrier. type: "" type_url: "" bsc_description: |- The organization responsible for providing the educational input for the course, e.g. content, assessments, accreditation etc. Note: providing a course goes beyond creating it as it implies some degree of academic responsibility for accrediting the content of the course, perhaps running assessments etc. marginality: Recommended cardinality: MANY controlled_vocab: "" example: "\"provider\": [{ \n \"@type\": \"Organization\",\n \"name\": \"University of Manchester\"\n}]" - property: skillLevel expected_types: - DefinedTerm - Text - URL description: The students level of ability in the topic being taught. Examples of skill levels include 'beginner', 'intermediate' or 'advanced' type: bioschemas type_url: "" bsc_description: The students expected level of ability in the topic being taught. Skill levels are 'beginner', 'intermediate' or 'advanced' marginality: Recommended cardinality: MANY controlled_vocab: |- - Beginner - Intermediate - Advanced example: '"skillLevel": "beginner"' - property: thumbnailUrl expected_types: - URL description: A thumbnail image relevant to the Thing. type: "" type_url: "" bsc_description: "" marginality: Optional cardinality: ONE controlled_vocab: "" example: '"thumbnailUrl": "https://image.server.com/my-image.jpg"' - property: timeRequired expected_types: - Duration description: Approximate or typical time it takes to work with or through this learning resource for the typical intended target audience, e.g. 'P30M', 'P1H25M'. type: "" type_url: "" bsc_description: "Approximate or typical time it takes to work through this learning resource for the typical intended target audience, e.g. 'P30M', 'P1H25M'. This should use the ISO 8601 duration format. \n\nIf this varies in a *CourseInstance*, use _duration_ in *CourseInstance* to override timeRequired" marginality: Recommended cardinality: ONE controlled_vocab: ISO 8601 example: '"timeRequired": "P3D"' - property: url expected_types: - URL description: URL of the item. type: "" type_url: "" bsc_description: The preferred URL of the course page. You must provide this value if it is known marginality: Recommended cardinality: ONE controlled_vocab: "" example: '"url": "https://training.site/123"' --- {% include head.html %}
{% include header.html %} {% include navbar.html %}


Building websites for everyone
The inclusive practice of removing barriers that prevent interaction with, or access to websites, by people with disabilities. When sites are correctly designed, developed and edited, all users have equal access to information and functionality. - Wikipedia
One in six people in the European Union (EU) has a disability that ranges from mild to severe making around 80 million who are often prevented from taking part fully in society and the economy because of environmental and attitudinal barriers. For people with disabilities the rate of poverty is 70% higher than the average partly due to limited access to employment. - European Commission
Over a third of people aged over 75 have disabilities that restrict them to some extent, and over 20% are considerably restricted. Furthermore, these numbers are set to rise as the EU's population ages. - European Commission
Enter text here
/*The cardinal sin*/
:focus {
outline: 0;
}
Press Me
Go to the company page.
Go to the company page.
Go to the company page.
Go to the company details.
Seeing it once is better than being told 100 times. - Chinese proverb
Colour contrast analyser.
NoCoffee Vision Simulator
But I can't operate it at all with a keyboard! ¯\_(ツ)_/¯
The people in your company are... PEOPLE!


THE MUMMY (1999)
A film review by Steve Kong Edited by Steve Kong Copyright 1999 Steve Kong
The Mummy is a seriously flawed film that is saved by only two things: Its tongue-in-cheek attitude and the over-the-top action. Sure, there were some spectacular special effects, but they hurt the film more than they helped. I'll get to that later.
As the film opens we are transported back three thousand years where we meet Imhotep (Arnold Vosloo) a high priest that is cursed and buried alive the burial/mummification is quite a nasty process. Flash forward to 1923 where we meet adventurer Rick (Brenden Fraser) O'Connell who is hired to lead a librarian Evelyn (Rachel Weisz) Carnarvon and her brother Jonathon (John Hannah) to find the lost city of Hamunaptra in Egypt. At Hamunaptra, Jonathon expects to find a buried treasure. Evelyn is going for the challenge; Hamunaptra has never been found nor explored. Along the way we also meet a mysterious group of men who seem to have some vested interest in Hamunaptra and give the adventurers a warning, `Leave or die.' There is also the sub-plot about another group of adventurers led by a backstabbing former friend of O'Connell, Beni (Kevin J. O'Conner).
When the groups get to Hamunaptra both go in different directions with their explorations. But, together they find something completely evil: Imhotep. After mistakenly reading out of the wrong book, Imhotep is revived from the dead and is now out to unleash the ten plagues onto Egypt not a pretty sight given that it includes locusts, flesh-eating scarabs, and other things that would make your skin crawl. As you might have guessed it, it's up to O'Connell, Evelyn, and Jonathon to save the world.
The Mummy is not a serious film by any means. The previews do it injustice by portraying it as some serious take on Indiana Jones it's not. The Mummy is a comedy action-adventure film that does everything with its tongue planted firmly in cheek. There are numerous scenes where I burst out laughing from either the sight jokes or from one-liners. There are quite a few tense, thrilling, and frightening moments in the film, but for the most part to enjoy this film you need to walk into the theatre knowing and expecting that it is a comedy action-adventure film that has a large dose of special effects.
Fraser is brilliantly cast as O'Connell who is a tough guy with a sly mouth. Fraser has that rugged look, but also has the comic timing that is needed to pull off the part of O'Connell. In the action scenes Fraser is fun to watch as he pretends he's in a John Woo film double fisted pistols and all. Weisz, whom I last saw in the horrible Chain Reaction, does well with her part also. She does very well with the material she is given. And John Hannah, who I enjoyed immensely in Sliding Doors, also does well in The Mummy. The person with the least spoken lines is Arnold Vosloo, but he does very well as the creepy Imhotep. Vosloo is absolutely horrifying as Imhotep and during the scenes where he is in the stages between the living and dead, he is terrifying.
The director, Stephen Sommers (Deep Rising) writes the script. Sommers needs to be paired up with another writer because his characterizations are absolutely non-existence. The script moves like a hyperactive child from one toy to the next. This script never stops to take a breath, sometimes leaving the audience behind in its rampage to get to the next action scene. This film runs over two hours long and could have easily been cut to a much better length at 90-minutes. As a director Sommers shows that he knows how to do action. The action sequences in The Mummy are stand out and are mixed with a sly sense of humor. I enjoyed the action in The Mummy.
As for the special effects, they were laid on a bit too thickly. Even as the film opens there is a heavy dose of special effects that instantly took my attention away from the story that's being told. The special effects in some places are used wisely, but more often then not the special effects are used to wow the audience some of which works, like the sand storm, but most of it just does nothing but make the audience wonder how it was done. I liked the special effects in the film, but wished that Sommers could have shown some restraint in its usage. The effect that I liked most was that of the mummies. They had this quality of being up-to-date yet old and nostalgic. You'll have to see the film to know what I mean by that. The mummies just look cool but move with that Jason and the Argonauts type movement.
Overall, I enjoyed The Mummy, it doesn't quite make it up to the point of being a Don't Miss film, but I do highly recommend it. This is a great popcorn fluff film that will scare you, make you laugh, and move you to the edge of your seat. The Mummy is one of those films that I like to stick in the category of Stupid-But-Fun. Catch The Mummy during a matinee showing for its inventive action, special effects, and the comedy of Brenden Fraser.
--- Steve Kong<EMAIL_ADDRESS>a guy with a helluva attitude who loves the cinema. i'm your hard boiled movie guide.
http://boiledmovies.sbay.com/
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Why do you think students get suspended from school?
Are all groups of students equally likely to get suspended or are some groups suspended more than others?
Why do you think students get suspended from school?
Are all groups of students equally likely to get suspended or are some groups suspended more than others?


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Phares Muhambi
Software developer and Artchitect
I'm a professional with exposures and interests in Infosec, Software development, Control systems, Machine learning .
Projects
View selected projects below. More information can be found at https://github.com/Phares-AI679.
CoilSprings Car website
Modelillustratesperformance of a carsellingwebsite.Right from the homepage, you can choose the type of car you want and begin building it, providing a website experience that gets visitors excited about owning a Ford car.
Github coilsrings.comAutonomous self Driving
The self-driving car is a fantastic technology that needs lots of crucial skills. One of the essential technique is detecting street lanes. In this repository, I shared my code for that purpose. In the future, I will share other essential parts of the Self-Driving Car.Find Lanes for Self-Driving Cars using Python and OpenCV
View the ProjectShopping Website
Online Shopping is a lifestyle e-commerce web application, which retails various fashion and lifestyle products (Currently Men's Wear). This project allows viewing various products available enables registered users to purchase desired products instantly using PayPal payment and m-pesa .
View live siteWork Experience
See my complete work history on LinkedIn.
Software Developer
Codex Technologies
Freelancing
Janury 2021-Present
Create Software that enables users to perform thier tasks.See more at codextechnologies.co.ke.
ICT Support Techician
BIOLRI KALRO MUGUGA
August 2020- December 2020
Supporting stuff to perform various functions to keep computer systems in top working condition
Key contributions:
- Installed hardware electronic devices and configured networking systems.
- Tucked cables, maintained computers and installed/upgraded software.
- Designed feasibility of the network and addressed any other malfunctioning issues
- Attended to external attacks emergencies and serviced electronic devices.
- Performing tests and risk analysis, reviewing security alerts and taking steps to protect the information
- Provide threat analysis and security logs for security devices
- Anticipate threats, incidents, and alerts to help prevent the likelihood of them occurring
- Analyze all security breaches to determine the root causes
Junior Cyber Security Analyst
Mapsyi Technologies
Jan 2019- March 2020
Identifying and preventing cyber threats to the company.
Key contributions:
- Establishing threat plans and protocols, maintaining data.
- Monitoring security network access
- Recommending security tools and countermeasures to my supervisor
Education and Certifications
Jomo Kenyatta University
Bsc in Computer Science
Software development,Information Sytems,Networking,Webdesign,Cyber security,Datascience
Zetech University
Diploma In Business information Technology
.Software development,Information Sytems,Networking,Webdesign,Economics.
Netacad
Cisco Certified Network Associate
Networking
KASNEB
Certified Public Accounts
Microsoft
AZ-900
Cloud Computing Fundatmentals


{% extends "layout/base.html" %} {% load staticfiles %} {% block banner %}
{% endblock %} {% block main %}
Gateway works to make the entrepreneurship process managable through Gamification.
What is normally a stressful prolonged process becomes as easy as playing Angry Birdstm


public class Player
extends java.lang.Object
| Modifier and Type | Field and Description |
|---|---|
double |
BOUNDING_BOX_X |
double |
BOUNDING_BOX_Y |
static double |
TURN_SPEED |
| Constructor and Description |
|---|
Player(java.lang.String username,
double x,
double y,
double rotation) |
| Modifier and Type | Method and Description |
|---|---|
void |
addItem(Item item)
Add item to players inventory
|
void |
addPoints(int val)
Give player some points (Note: entering negative values decreases score)
|
double |
getHealth() |
Tile.Interaction |
getInteraction()
Gets type of interaction
|
java.util.List<Item> |
getInventory()
Returns an unmodifiable inventory of player
|
Item |
getLastItem()
Gets the last item in player inventory
|
R_Player |
getModel()
RENDER HELPERS
|
Room |
getOldRoom()
Returns previous room
|
int |
getPoints()
Returns the score the player is on
|
Room |
getRoom()
Sets players current room
|
double |
getRotation()
Gets rotation/direction of player 0 being up y-axis
|
R_Player.Team |
getSide()
TEAM HELPERS
|
java.lang.String |
getUsername()
Gets name of the player
|
double |
getX()
Gets x-position
|
double |
getY()
get y-position
|
double |
getZ()
Returns z-position
|
void |
heal(double heal) |
boolean |
inRange(double x,
double y)
Check if a player is near another player.
|
boolean |
inRange(double x,
double y,
double radius)
Check if a position is near a player.
|
boolean |
isAlive() |
boolean |
isInteracting()
Returns if player is interacting
|
boolean |
isMoving()
Set isMoving
|
boolean |
isRoomLoaded()
Checks if room loaded
|
boolean |
isShooting() |
boolean |
itemPickedUp()
Returns itemPickedUp
|
void |
multiplySpeed(double val)
Multiply speed of player by value
|
void |
resetInteraction()
Resets players interaction to be NONE
|
void |
resetSpeed()
Reset the speed of player
|
void |
setBackward(boolean val)
Set going backwards
|
void |
setFoward(boolean val)
Set player moveing foward
|
void |
setInteracting(boolean isInteracting)
Sets interacting
|
void |
setItemPickedUp(boolean status)
Sets itemPickedUp
|
void |
setModel(R_Player model) |
void |
setMoving(boolean isMoving)
Sets if player is moving ???
|
void |
setRoom(Room r)
Sets players current room
|
void |
setRoomLoaded(boolean roomLoaded)
Set if room loaded
|
void |
setRot(double rot)
Sets rotation of player
|
void |
setShooting(boolean isShooting) |
void |
setSide(R_Player.Team side) |
void |
setTurnLeft(boolean val)
turn left at turnspeed
|
void |
setTurnRight(boolean val)
turn right at turnspeed
|
void |
setUsing(boolean isUsing) |
void |
setX(double x)
Sets x-position
|
void |
setY(double y)
set y-position
|
void |
setZ(double z)
Sets z-position
|
void |
takeDamage(double damage)
HEALTH HELPERS
|
void |
tick()
Tick method called every tick, should move player, shoot if able and
update timers.
|
public static final double TURN_SPEED
public final double BOUNDING_BOX_X
public final double BOUNDING_BOX_Y
public Player(java.lang.String username, double x, double y, double rotation)
public void resetSpeed()
public void addPoints(int val)
val
- public int getPoints()
public void tick()
public boolean inRange(double x, double y)
x
- - other player xy
- - other player ypublic boolean inRange(double x, double y, double radius)
x
- - x coordinatey
- - y coordinateradius
- - radius of contact zonepublic java.lang.String getUsername()
public final double getX()
public final void setX(double x)
x
- public void addItem(Item item)
item
- public final Item getLastItem()
public final java.util.List<Item> getInventory()
public void setItemPickedUp(boolean status)
status
- public final boolean itemPickedUp()
public void setInteracting(boolean isInteracting)
isInteracting
- public final boolean isInteracting()
public void resetInteraction()
public final Tile.Interaction getInteraction()
public final void setRoom(Room r)
public final Room getRoom()
public final Room getOldRoom()
public void setRoomLoaded(boolean roomLoaded)
roomLoaded
- public final boolean isRoomLoaded()
public final double getY()
public final void setY(double y)
y
- public final void setZ(double z)
z
- public final double getZ()
public void setRot(double rot)
rot
- - Value to set players rotation to in degreespublic double getRotation()
public void setTurnLeft(boolean val)
public void setTurnRight(boolean val)
public void setFoward(boolean val)
public void multiplySpeed(double val)
val
- public void setBackward(boolean val)
val
- public final boolean isMoving()
public final void setMoving(boolean isMoving)
isMoving
- public final void setShooting(boolean isShooting)
public final boolean isShooting()
public final void setUsing(boolean isUsing)
public final R_Player getModel()
public final void setModel(R_Player model)
public void takeDamage(double damage)
public void heal(double heal)
public final double getHealth()
public final boolean isAlive()
public final R_Player.Team getSide()
public void setSide(R_Player.Team side)


approaches.py¶
This module provides classes and functions for grouping work into approach Groups
Classes¶
Group¶
-
class
Group
(*args, **kwargs)[source]¶ Bases:
object
Represent an Approach or a Group of work.
Arguments:
- args – list of work that represents the group
- kwargs – map of attributes to be applied for the group and its works
- Exception: the keyword dont_cite= also represents a list of works that belong to the group
Expected attributes:
- _cite: cite group by authors
- True indicates that the approach must be referenced by its authors
- False indicates that the approach can referenced by name
- _meta: list of dicts with attributes for comparing approaches
- A single approach can have more than one meta dict
- It is possible to use the distinct meta dicts to describe different aspects
- _about: HTML describing the approach
Doctest:
>>> from .operations import reload, work_by_varname >>> reload() >>> murta2014a = work_by_varname("murta2014a") >>> pimentel2015a = work_by_varname("pimentel2015a") >>> pimentel2015a.display == "now" False >>> APPROACHES.clear() >>> len(APPROACHES) 0 >>> group = Group( ... murta2014a, pimentel2015a, ... display="now", ... _cite=True, ... _meta=[dict( ... scripts=True ... )] ... ) >>> group.display 'now' >>> pimentel2015a.display == "now" True >>> len(APPROACHES) 1


| EMPTY | EMG |
|---|---|
| final | 28 |
| ff |
In 1817 Baron von Drais invented a walking machine that would help him get around the royal gardens faster: two same-size in-line wheels, the front one steerable, mounted in a frame upon which you straddled. The device was propelled by pushing your feet against the ground, thus rolling yourself and the device forward in a sort of gliding walk.
The machine became known as the Draisienne (or "hobby horse"). It was made entirely of wood. This enjoyed a short lived popularity as a fad, not being practical for transportation in any other place than a well maintained pathway such as in a park or garden.
The next appearance of a two-wheeled riding machine was in 1865, when pedals were applied directly to the front wheel. This machine was known as the velocipede (meaning "fast foot") as well as the "bone shaker," since its wooden structure combined with the cobblestone roads of the day made for an extremely uncomfortable ride. They also became a fad and indoor riding academies, similar to roller rinks, could be found in large cities.
In 1870 the first all-metal machine appeared. (Prior to this, metallurgy was not advanced enough to provide metal which was strong enough to make small, light parts out of.) The pedals were attached directly to the front wheel with no freewheeling mechanism. Solid rubber tires and the long spokes of the large front wheel provided a much smoother ride than its predecessor.


Angular Workshop | 01 Intro
February 2022
Agenda - Day 1
- Node, JavaScript Basics & TypeScript
- Angular CLI: Setup and App Structure
- Components
- Templates
- Component Architecture
Agenda - Day 2
- Services & Providers, HTTP
- Forms
- Routing
- Questions, Discussion & Feedback
Organization
Parts of the training
- Part 1: Theory & Basics
- Part 2: Simple exercises with one component
- Part 3: We develop an application
Rough Schedule
For both day 1 and day 2
- 8:30 Start
- ~ 10:10 coffee break
- ~ 12:00 Lunch
- 13:00 Start after noon
- ~ 15:00 coffee break
- ~ 17:00 End
Angular Trainers
Please introduce yourself quickly and say Hi! ;-)
- Lazar Djurdjevic
- Gerhard Gery Hirschfeld
- Yannick Holzenkamp
- Petar Nobilo
- Joachim Prinzbach
Basic rules
- Please raise your hand if you have a question
- If you need help during the excercises raise your hand - a trainer will contact you directly
- You are attending a training - try to ignore or close apps that might disturb you. E-Mail, Chat, Windows Updates etc. - it is your valuable education time!
- Please mute your microphone
- Try to ask questions in english
- Have fun and enjoy two great days!
Naming: AngularJS vs. Angular
- Angular is the new framework written in TypeScript
- AngularJS: older version, written in JavaScript
- When searching in the web: Angular without JS
Why Angular?
- Best practices from AngularJS 1, React, Ember
- Built with testability in mind
- Focuses on today's web standards
- Rich eco system
- Typings, build process
Our first component
// app.component.ts
import {Component} from '@angular/core';
@Component({
selector: 'my-app',
template: `Hello {{name}}
`
})
export class AppComponent {
name = 'Joachim';
}


This exploration is private. Anyone with the link can access it.
This exploration is private. Only invited users, moderators and site admins can access it.
This exploration is public: anyone can access it.
Link to share:
It is not shown in the Oppia library.
It is available in the Oppia library.
It is available in the Oppia library.
Please save your changes first.


--- output: pdf_document: latex_engine: pdflatex keep_tex: false dev: cairo_pdf template: svm-latex-resume.tex title: "Résumé" author: "Abby Harris" date: "8/31/2020 -- Update before applying" fontawesome: TRUE # geometry: margin=1in geometry: "top=.5in, left =.5in, right=.5in, bottom=.75in" # How can we get a hold of you? email<EMAIL_ADDRESS>phone:<PHONE_NUMBER> location: "Fayetteville, AR" # github: alh061 # web: wwe.com/superstars/rick-martel # twitter: "@rickmartelWWE" linkedin: "abby-harris-15988b1a8" mainfont: cochineal sansfont: Fira Sans # monofont: Fira Code # I want to use this, but seems to choke on @ urlcolor: blue fontsize: 11pt includephoto: TRUE myphoto: AbbyHarris.jpeg # shift: "7in,-.25in" # this is default photobigness: 1.75cm # photozoom: ".2\textwidth" # this is default ---
Ph.D. in Boston Crab Studies
B.A. in something or other.
Put your technical skills here, or, if you’re Rick Martel, list your pro-wrestling accolades.


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Copyright (c) 2020 Collins Akumu


WITNESS LIST Child Welfare & Foster Care, Select Committee June 2, 2004-10:00A Charge #2, Kinship Care For: Basile, Michael (Self) Belt, Robert (Self) Bower, Bruce (Texas Kincare Taskforce) Cantu, Cruz (AARP) Crosby, Lynn (Self) Ellis, Karena (Self) Fischer, Pam (Self) Gleason, Calvin (Self) Jansky, Stephanie (Self) Kirbo, Loretta (Self and Dwight Wayne Jones) Philpott, Elain (Self) Philpott, Ricky (Self) Against: Branson, Chris (Self and Family Rights Foundation) Burton, III, Thomas H. (Justice for Children) Hanson, Thomas (Self) Shields, Jim (Justice for Children) On: Bower, Keith (Self) Chapmond, Thomas (Texas Department of Family and Protective Services) Davies, David (Casey Family Programs) Eells, Karen (Texas Department of Family and Protective Services) Ferland, Megan (Texas CASA) Gates, Gary (Texas Center for Family Rights) Johnston, Peter (Self and Texas Center for Family Rights) Kirby, Deborah (Self) Klein, Angie (Texas Department of Public Safety) McClure, Madeline (TexProtects, The Texas Association for the Protection of Children) McCown, F. Scott (The Center for Public Policy Priorities) McIntyre, Harold (Self) Milton, Dr. Jerome (Self) Sanders, Tom (Self and Home School Legal Defense Association) Specia, Jr., Judge John (225th District Court) Zelasko, Terri (Texas Foster Family Association) Registering, but not testifying: For: Smith, Beverly (Self) Smith, Dr. Herschel (Self) Against: Sutlan, Damaris (Dee) M. (Self) On: Perrin, Judy (Self) Verney, Russell (Judicial Watch, Inc.)


Here are some example programs, with their flow graphs, to give a flavour of the language and the resulting graphs. Note that in many cases what they demonstrate is that program texts are easier to read than flow graphs. You can click on a flow graph to see the source code.


builder.set(*args, **kwargs) This method accepts the same arguments as `python.set`. However, the 1st argument is omitted, a partial with the rest of the arguments is returned which expects the 1st argument such that python.set(x1, *args, **kwargs) <==> builder.set(*args, **kwargs)(x1) ** Documentation from `python.set`** set() -> new empty set object
set(iterable) -> new set object
Build an unordered collection of unique elements.
@functools.wraps(fn) def method(self, *args, **kwargs): kwargs['_return_type'] = _return_type return self._1(fn, *args, **kwargs)
def setattr(
self, *args, **kwargs)
THIS METHOD IS AUTOMATICALLY GENERATED
builder.setattr(*args, **kwargs) This method accepts the same arguments as `python.setattr`. However, the 1st argument is omitted, a partial with the rest of the arguments is returned which expects the 1st argument such that python.setattr(x1, *args, **kwargs) <==> builder.setattr(*args, **kwargs)(x1) ** Documentation from `python.setattr`** setattr(object, name, value)
Set a named attribute on an object; setattr(x, 'y', v) is equivalent to ``x.y = v''.
@functools.wraps(fn) def method(self, *args, **kwargs): kwargs['_return_type'] = _return_type return self._1(fn, *args, **kwargs)
def setdefault(
self, *args, **kwargs)
THIS METHOD IS AUTOMATICALLY GENERATED
builder.setdefault(*args, **kwargs)
This method accepts the same arguments as any.setdefault
. However, the 1st argument is omitted, a partial with the rest of the arguments is returned which expects the 1st argument such that
any.setdefault(x1, *args, **kwargs) <==> builder.setdefault(*args, **kwargs)(x1)
Documentation from any.setdefault
None
@functools.wraps(fn) def method(self, *args, **kwargs): kwargs['_return_type'] = _return_type return self._1(fn, *args, **kwargs)
def slice(
self, *args, **kwargs)
THIS METHOD IS AUTOMATICALLY GENERATED
builder.slice(*args, **kwargs) This method accepts the same arguments as `python.slice`. However, the 1st argument is omitted, a partial with the rest of the arguments is returned which expects the 1st argument such that python.slice(x1, *args, **kwargs) <==> builder.slice(*args, **kwargs)(x1) ** Documentation from `python.slice`** slice(stop)
slice(start, stop[, step])
Create a slice object. This is used for extended slicing (e.g. a[0:10:2]).
@functools.wraps(fn) def method(self, *args, **kwargs): kwargs['_return_type'] = _return_type return self._1(fn, *args, **kwargs)
def sort(
self, *args, **kwargs)
THIS METHOD IS AUTOMATICALLY GENERATED
builder.sort(*args, **kwargs)
This method accepts the same arguments as any.sort
. However, the 1st argument is omitted, a partial with the rest of the arguments is returned which expects the 1st argument such that
any.sort(x1, *args, **kwargs) <==> builder.sort(*args, **kwargs)(x1)
Documentation from any.sort
None
@functools.wraps(fn) def method(self, *args, **kwargs): kwargs['_return_type'] = _return_type return self._1(fn, *args, **kwargs)
def sorted(
self, *args, **kwargs)
THIS METHOD IS AUTOMATICALLY GENERATED
builder.sorted(*args, **kwargs)
This method accepts the same arguments as python.sorted
. However, the 1st argument is omitted, a partial with the rest of the arguments is returned which expects the 1st argument such that
python.sorted(x1, *args, **kwargs) <==> builder.sorted(*args, **kwargs)(x1)
Documentation from python.sorted
sorted(iterable, cmp=None, key=None, reverse=False) --> new sorted list
@functools.wraps(fn) def method(self, *args, **kwargs): kwargs['_return_type'] = _return_type return self._1(fn, *args, **kwargs)
def split(
self, *args, **kwargs)
THIS METHOD IS AUTOMATICALLY GENERATED
builder.split(*args, **kwargs)
This method accepts the same arguments as any.split
. However, the 1st argument is omitted, a partial with the rest of the arguments is returned which expects the 1st argument such that
any.split(x1, *args, **kwargs) <==> builder.split(*args, **kwargs)(x1)
Documentation from any.split
None
@functools.wraps(fn) def method(self, *args, **kwargs): kwargs['_return_type'] = _return_type return self._1(fn, *args, **kwargs)
def splitlines(
self, *args, **kwargs)
THIS METHOD IS AUTOMATICALLY GENERATED
builder.splitlines(*args, **kwargs)
This method accepts the same arguments as any.splitlines
. However, the 1st argument is omitted, a partial with the rest of the arguments is returned which expects the 1st argument such that
any.splitlines(x1, *args, **kwargs) <==> builder.splitlines(*args, **kwargs)(x1)
Documentation from any.splitlines
None
@functools.wraps(fn) def method(self, *args, **kwargs): kwargs['_return_type'] = _return_type return self._1(fn, *args, **kwargs)
def startswith(
self, *args, **kwargs)
THIS METHOD IS AUTOMATICALLY GENERATED
builder.startswith(*args, **kwargs)
This method accepts the same arguments as any.startswith
. However, the 1st argument is omitted, a partial with the rest of the arguments is returned which expects the 1st argument such that
any.startswith(x1, *args, **kwargs) <==> builder.startswith(*args, **kwargs)(x1)
Documentation from any.startswith
None
@functools.wraps(fn) def method(self, *args, **kwargs): kwargs['_return_type'] = _return_type return self._1(fn, *args, **kwargs)
def staticmethod(
self, *args, **kwargs)
THIS METHOD IS AUTOMATICALLY GENERATED
builder.staticmethod(*args, **kwargs) This method accepts the same arguments as `python.staticmethod`. However, the 1st argument is omitted, a partial with the rest of the arguments is returned which expects the 1st argument such that python.staticmethod(x1, *args, **kwargs) <==> builder.staticmethod(*args, **kwargs)(x1) ** Documentation from `python.staticmethod`** staticmethod(function) -> method
Convert a function to be a static method.
A static method does not receive an implicit first argument. To declare a static method, use this idiom:
class C: def f(arg1, arg2, ...): ... f = staticmethod(f)
It can be called either on the class (e.g. C.f()) or on an instance (e.g. C().f()). The instance is ignored except for its class.
Static methods in Python are similar to those found in Java or C++. For a more advanced concept, see the classmethod builtin.
@functools.wraps(fn) def method(self, *args, **kwargs): kwargs['_return_type'] = _return_type return self._1(fn, *args, **kwargs)
def str(
self, *args, **kwargs)
THIS METHOD IS AUTOMATICALLY GENERATED
builder.str(*args, **kwargs) This method accepts the same arguments as `python.str`. However, the 1st argument is omitted, a partial with the rest of the arguments is returned which expects the 1st argument such that python.str(x1, *args, **kwargs) <==> builder.str(*args, **kwargs)(x1) ** Documentation from `python.str`** str(object='') -> string
Return a nice string representation of the object. If the argument is a string, the return value is the same object.
@functools.wraps(fn) def method(self, *args, **kwargs): kwargs['_return_type'] = _return_type return self._1(fn, *args, **kwargs)
def strip(
self, *args, **kwargs)
THIS METHOD IS AUTOMATICALLY GENERATED
builder.strip(*args, **kwargs)
This method accepts the same arguments as any.strip
. However, the 1st argument is omitted, a partial with the rest of the arguments is returned which expects the 1st argument such that
any.strip(x1, *args, **kwargs) <==> builder.strip(*args, **kwargs)(x1)
Documentation from any.strip
None
@functools.wraps(fn) def method(self, *args, **kwargs): kwargs['_return_type'] = _return_type return self._1(fn, *args, **kwargs)
def sum(
self, *args, **kwargs)
THIS METHOD IS AUTOMATICALLY GENERATED
builder.sum(*args, **kwargs) This method accepts the same arguments as `python.sum`. However, the 1st argument is omitted, a partial with the rest of the arguments is returned which expects the 1st argument such that python.sum(x1, *args, **kwargs) <==> builder.sum(*args, **kwargs)(x1) ** Documentation from `python.sum`** sum(sequence[, start]) -> value
Return the sum of a sequence of numbers (NOT strings) plus the value of parameter 'start' (which defaults to 0). When the sequence is empty, return start.
@functools.wraps(fn) def method(self, *args, **kwargs): kwargs['_return_type'] = _return_type return self._1(fn, *args, **kwargs)
def super(
self, *args, **kwargs)
THIS METHOD IS AUTOMATICALLY GENERATED
builder.super(*args, **kwargs) This method accepts the same arguments as `python.super`. However, the 1st argument is omitted, a partial with the rest of the arguments is returned which expects the 1st argument such that python.super(x1, *args, **kwargs) <==> builder.super(*args, **kwargs)(x1) ** Documentation from `python.super`** super(type, obj) -> bound super object; requires isinstance(obj, type)
super(type) -> unbound super object super(type, type2) -> bound super object; requires issubclass(type2, type) Typical use to call a cooperative superclass method: class C(B): def meth(self, arg): super(C, self).meth(arg)
@functools.wraps(fn) def method(self, *args, **kwargs): kwargs['_return_type'] = _return_type return self._1(fn, *args, **kwargs)
def swapcase(
self, *args, **kwargs)
THIS METHOD IS AUTOMATICALLY GENERATED
builder.swapcase(*args, **kwargs)
This method accepts the same arguments as any.swapcase
. However, the 1st argument is omitted, a partial with the rest of the arguments is returned which expects the 1st argument such that
any.swapcase(x1, *args, **kwargs) <==> builder.swapcase(*args, **kwargs)(x1)
Documentation from any.swapcase
None
@functools.wraps(fn) def method(self, *args, **kwargs): kwargs['_return_type'] = _return_type return self._1(fn, *args, **kwargs)
def title(
self, *args, **kwargs)
THIS METHOD IS AUTOMATICALLY GENERATED
builder.title(*args, **kwargs)
This method accepts the same arguments as any.title
. However, the 1st argument is omitted, a partial with the rest of the arguments is returned which expects the 1st argument such that
any.title(x1, *args, **kwargs) <==> builder.title(*args, **kwargs)(x1)
Documentation from any.title
None
@functools.wraps(fn) def method(self, *args, **kwargs): kwargs['_return_type'] = _return_type return self._1(fn, *args, **kwargs)
def translate(
self, *args, **kwargs)
THIS METHOD IS AUTOMATICALLY GENERATED
builder.translate(*args, **kwargs)
This method accepts the same arguments as any.translate
. However, the 1st argument is omitted, a partial with the rest of the arguments is returned which expects the 1st argument such that
any.translate(x1, *args, **kwargs) <==> builder.translate(*args, **kwargs)(x1)
Documentation from any.translate
None
@functools.wraps(fn) def method(self, *args, **kwargs): kwargs['_return_type'] = _return_type return self._1(fn, *args, **kwargs)
def tuple(
self, *args, **kwargs)
THIS METHOD IS AUTOMATICALLY GENERATED
builder.tuple(*args, **kwargs) This method accepts the same arguments as `python.tuple`. However, the 1st argument is omitted, a partial with the rest of the arguments is returned which expects the 1st argument such that python.tuple(x1, *args, **kwargs) <==> builder.tuple(*args, **kwargs)(x1) ** Documentation from `python.tuple`** tuple() -> empty tuple
tuple(iterable) -> tuple initialized from iterable's items
If the argument is a tuple, the return value is the same object.
@functools.wraps(fn) def method(self, *args, **kwargs): kwargs['_return_type'] = _return_type return self._1(fn, *args, **kwargs)
def type(
self, *args, **kwargs)
THIS METHOD IS AUTOMATICALLY GENERATED
builder.type(*args, **kwargs) This method accepts the same arguments as `python.type`. However, the 1st argument is omitted, a partial with the rest of the arguments is returned which expects the 1st argument such that python.type(x1, *args, **kwargs) <==> builder.type(*args, **kwargs)(x1) ** Documentation from `python.type`** type(object) -> the object's type
type(name, bases, dict) -> a new type
@functools.wraps(fn) def method(self, *args, **kwargs): kwargs['_return_type'] = _return_type return self._1(fn, *args, **kwargs)
def unichr(
self, *args, **kwargs)
THIS METHOD IS AUTOMATICALLY GENERATED
builder.unichr(*args, **kwargs) This method accepts the same arguments as `python.unichr`. However, the 1st argument is omitted, a partial with the rest of the arguments is returned which expects the 1st argument such that python.unichr(x1, *args, **kwargs) <==> builder.unichr(*args, **kwargs)(x1) ** Documentation from `python.unichr`** unichr(i) -> Unicode character
Return a Unicode string of one character with ordinal i; 0 <= i <= 0x10ffff.
@functools.wraps(fn) def method(self, *args, **kwargs): kwargs['_return_type'] = _return_type return self._1(fn, *args, **kwargs)
def unicode(
self, *args, **kwargs)
THIS METHOD IS AUTOMATICALLY GENERATED
builder.unicode(*args, **kwargs) This method accepts the same arguments as `python.unicode`. However, the 1st argument is omitted, a partial with the rest of the arguments is returned which expects the 1st argument such that python.unicode(x1, *args, **kwargs) <==> builder.unicode(*args, **kwargs)(x1) ** Documentation from `python.unicode`** unicode(object='') -> unicode object
unicode(string[, encoding[, errors]]) -> unicode object
Create a new Unicode object from the given encoded string. encoding defaults to the current default string encoding. errors can be 'strict', 'replace' or 'ignore' and defaults to 'strict'.
@functools.wraps(fn) def method(self, *args, **kwargs): kwargs['_return_type'] = _return_type return self._1(fn, *args, **kwargs)
def update(
self, *args, **kwargs)
THIS METHOD IS AUTOMATICALLY GENERATED
builder.update(*args, **kwargs)
This method accepts the same arguments as any.update
. However, the 1st argument is omitted, a partial with the rest of the arguments is returned which expects the 1st argument such that
any.update(x1, *args, **kwargs) <==> builder.update(*args, **kwargs)(x1)
Documentation from any.update
None
@functools.wraps(fn) def method(self, *args, **kwargs): kwargs['_return_type'] = _return_type return self._1(fn, *args, **kwargs)
def upper(
self, *args, **kwargs)
THIS METHOD IS AUTOMATICALLY GENERATED
builder.upper(*args, **kwargs)
This method accepts the same arguments as any.upper
. However, the 1st argument is omitted, a partial with the rest of the arguments is returned which expects the 1st argument such that
any.upper(x1, *args, **kwargs) <==> builder.upper(*args, **kwargs)(x1)
Documentation from any.upper
None
@functools.wraps(fn) def method(self, *args, **kwargs): kwargs['_return_type'] = _return_type return self._1(fn, *args, **kwargs)
def val(
self, x)
def val(self, x): """ """ return self._1(lambda _: x)
def values(
self, *args, **kwargs)
THIS METHOD IS AUTOMATICALLY GENERATED
builder.values(*args, **kwargs)
This method accepts the same arguments as any.values
. However, the 1st argument is omitted, a partial with the rest of the arguments is returned which expects the 1st argument such that
any.values(x1, *args, **kwargs) <==> builder.values(*args, **kwargs)(x1)
Documentation from any.values
None
@functools.wraps(fn) def method(self, *args, **kwargs): kwargs['_return_type'] = _return_type return self._1(fn, *args, **kwargs)
def vars(
self, *args, **kwargs)
THIS METHOD IS AUTOMATICALLY GENERATED
builder.vars(*args, **kwargs) This method accepts the same arguments as `python.vars`. However, the 1st argument is omitted, a partial with the rest of the arguments is returned which expects the 1st argument such that python.vars(x1, *args, **kwargs) <==> builder.vars(*args, **kwargs)(x1) ** Documentation from `python.vars`** vars([object]) -> dictionary
Without arguments, equivalent to locals(). With an argument, equivalent to object.dict.
@functools.wraps(fn) def method(self, *args, **kwargs): kwargs['_return_type'] = _return_type return self._1(fn, *args, **kwargs)
def viewitems(
self, *args, **kwargs)
THIS METHOD IS AUTOMATICALLY GENERATED
builder.viewitems(*args, **kwargs)
This method accepts the same arguments as any.viewitems
. However, the 1st argument is omitted, a partial with the rest of the arguments is returned which expects the 1st argument such that
any.viewitems(x1, *args, **kwargs) <==> builder.viewitems(*args, **kwargs)(x1)
Documentation from any.viewitems
None
@functools.wraps(fn) def method(self, *args, **kwargs): kwargs['_return_type'] = _return_type return self._1(fn, *args, **kwargs)
def viewkeys(
self, *args, **kwargs)
THIS METHOD IS AUTOMATICALLY GENERATED
builder.viewkeys(*args, **kwargs)
This method accepts the same arguments as any.viewkeys
. However, the 1st argument is omitted, a partial with the rest of the arguments is returned which expects the 1st argument such that
any.viewkeys(x1, *args, **kwargs) <==> builder.viewkeys(*args, **kwargs)(x1)
Documentation from any.viewkeys
None
@functools.wraps(fn) def method(self, *args, **kwargs): kwargs['_return_type'] = _return_type return self._1(fn, *args, **kwargs)
def viewvalues(
self, *args, **kwargs)
THIS METHOD IS AUTOMATICALLY GENERATED
builder.viewvalues(*args, **kwargs)
This method accepts the same arguments as any.viewvalues
. However, the 1st argument is omitted, a partial with the rest of the arguments is returned which expects the 1st argument such that
any.viewvalues(x1, *args, **kwargs) <==> builder.viewvalues(*args, **kwargs)(x1)
Documentation from any.viewvalues
None
@functools.wraps(fn) def method(self, *args, **kwargs): kwargs['_return_type'] = _return_type return self._1(fn, *args, **kwargs)
def xrange(
self, *args, **kwargs)
THIS METHOD IS AUTOMATICALLY GENERATED
builder.xrange(*args, **kwargs) This method accepts the same arguments as `python.xrange`. However, the 1st argument is omitted, a partial with the rest of the arguments is returned which expects the 1st argument such that python.xrange(x1, *args, **kwargs) <==> builder.xrange(*args, **kwargs)(x1) ** Documentation from `python.xrange`** xrange(stop) -> xrange object
xrange(start, stop[, step]) -> xrange object
Like range(), but instead of returning a list, returns an object that generates the numbers in the range on demand. For looping, this is slightly faster than range() and more memory efficient.
@functools.wraps(fn) def method(self, *args, **kwargs): kwargs['_return_type'] = _return_type return self._1(fn, *args, **kwargs)
def zfill(
self, *args, **kwargs)
THIS METHOD IS AUTOMATICALLY GENERATED
builder.zfill(*args, **kwargs)
This method accepts the same arguments as any.zfill
. However, the 1st argument is omitted, a partial with the rest of the arguments is returned which expects the 1st argument such that
any.zfill(x1, *args, **kwargs) <==> builder.zfill(*args, **kwargs)(x1)
Documentation from any.zfill
None
@functools.wraps(fn) def method(self, *args, **kwargs): kwargs['_return_type'] = _return_type return self._1(fn, *args, **kwargs)
def zip(
self, *args, **kwargs)
THIS METHOD IS AUTOMATICALLY GENERATED
builder.zip(*args, **kwargs) This method accepts the same arguments as `python.zip`. However, the 1st argument is omitted, a partial with the rest of the arguments is returned which expects the 1st argument such that python.zip(x1, *args, **kwargs) <==> builder.zip(*args, **kwargs)(x1) ** Documentation from `python.zip`** zip(seq1 [, seq2 [...]]) -> [(seq1[0], seq2[0] ...), (...)]
Return a list of tuples, where each tuple contains the i-th element from each of the argument sequences. The returned list is truncated in length to the length of the shortest argument sequence.
@functools.wraps(fn) def method(self, *args, **kwargs): kwargs['_return_type'] = _return_type return self._1(fn, *args, **kwargs)


Try out our Premium Member services: Virtual Legal Assistant, Query Alert Service and an ad-free experience. Free for one month and pay only if you like it.
1 Nagar Palika Parishad thr its Chief Municipal Officer v. State of M.P and Ors. WP.193.2017 11/1/2017 Shri Ankur Mody Advocate for the petitioner. Shri. N.S. Kirar Panel Lawyer for the respondent/State.
1. The present petition under Article 226/227 of Constitution of India prays for the following reliefs:-
"The petition filed by the petitioner may kindly be allowed and further the impugned order dated 29.11. 2016 and further consequential orders passed by the respondents may kindly be quashed in the interest of justice."
2. The petitioner being Municipal Council, Guna has approached this court against the interlocutory order dated 29.11. 2016 vide P-1 by which the Bhopal Bench of the National Green Tribunal in O.A. No. 336/2014 (CZ) Mamta Devi v. State of M.P, and Ors, and three more MAs has directed thus:
Learned Counsel Shri Ayush Bajpai appearing on behalf of the Municipal Board Guna, submits with instructions that despite there being a dispute with regard to the territorial jurisdiction between the revenue officials of the State Government and the Municipal Authority as to which of the two is responsible for removal of the encroachments and the cleaning of the river Gunia/Nigri they undertake that in accordance with the directions issued by this tribunal they would take all necessary steps for the aforesaid act of removal of the encroachments and cleaning of the river.
One month time is allowed to do the needful, failing which the PCB, RO shall take steps in accordance with the Water Act 1974 for prosecution of the concerned persons including the Chairman and the CMO of the Municipal Board.
The SDM who is present today is directed to inform the Collector to provide all necessary assistance for the aforesaid task including police protection and other assistance in this behalf to the Municipal Authority.
Let the matter be listed on 6th of January, 2017.
3. The bare perusal of the above impugned order reflects that despite the counsel for the petitioner appearing before the 2 Nagar Palika Parishad thr its Chief Municipal Officer v. State of M.P and Ors.
WP.193.2017 Tribunal being in the know of dispute of territorial jurisdiction between the State Government and the municipality in regard to removal of encroachment and cleaning of the river in question, undertook that the Council shall take all necessary steps for removing the encroachment as directed by the Tribunal for cleaning the river. Accordingly, the Tribunal afforded one month time for doing the needful by adding the rider that in case the needful is not done the concerned persons including the Chairman and CMO of the petitioner Council shall expose themselves to the rigors prescribed under Water (Prevention and Control of Pollution) Act, 1974 (for brevity 'Act of 1974')
4. Learned counsel submits that the area in question which has to be cleaned is not under jurisdiction of the Municipal Council and therefore no effort whatsoever can be made by the Council in compliance of the order of the Tribunal impugned herein.
5. It appears that the Municipal Council instead of approaching the Tribunal by filing appropriate application seeking recalling or modification of the order dated 29.11. 2016 or assailing the said order before the Apex Court u/S. 22 of the National Green Tribunal Act, 2010 (for brevity 'Act of 2010') has chosen to invoke the writ jurisdiction of this court to interfere in the matter relating to encroachment for which complete code under Act of 2010 is provided.
6. Admittedly the writ jurisdiction of this court is not barred by the Act of 2010 for interfering in environmental matters but once a distinct mechanism prescribing special courts and authorities are constituted under the special enactment of the Act of 2010, this court refrains from exercising it's writ jurisdiction unless a case of grave failure of justice is made out which cannot be looked into by statutory forums constituted by 3 Nagar Palika Parishad thr its Chief Municipal Officer v. State of M.P and Ors.
WP.193.2017 law for the said purpose.
7. This court thus declines interference in writ jurisdiction under Article 226 of Constitution of India and therefore the present petition stands dismissed.
(Sheel Nagu) (S.A. Dharmadhikari) Judge Judge ar


Before Change
self.detect_duplicates_for_target(binary)
def detect_duplicates_for_target(self, binary_target):
list_path = []
for basedir, externaljar in self.list_jar_dependencies(binary_target):
list_path.append(os.path.join(basedir, externaljar))
self._is_conflicts(list_path, binary_target)
def _is_conflicts(self, jar_paths, binary_target):
artifacts_by_file_name = defaultdict(set)
After Change
self.detect_duplicates_for_target(binary_target)
def detect_duplicates_for_target(self, binary_target):
artifacts_by_file_name = defaultdict(set)
// Extract external dependencies on libraries (jars)
external_deps = self._get_external_dependencies(binary_target)
for (file_name, targets) in external_deps.items():
artifacts_by_file_name[file_name].update(targets)
// Extract internal dependencies on classes and resources
internal_deps = self._get_internal_dependencies(binary_target)
for (file_name, targets) in internal_deps.items():
artifacts_by_file_name[file_name].update(targets)
self._is_conflicts(artifacts_by_file_name, binary_target)


{% extends 'directory_components/base.html' %} {% load static %} {% load directory_components %} {% block head_title %}Business profile - great.gov.uk{% endblock %} {% block sub_header %}{# prevent the subheader from showing on form pages #}{% endblock %} {% block hero_title %} Get seen by motivated overseas buyers {% endblock %} {% block css_layout_class %}fabhome{% endblock %} {% block content %} {% static 'images/FAB-Hero-2000x450-v3.png' as hero_image %} {% hero_with_cta heading='Connect directly with international buyers' subtitle='Create a business profile on great.gov.uk.' image=hero_image cta_text='Start now' cta_link=enrolment_url %} Your business profile on great.gov.uk will Let buyers find you Give companies looking to buy from your industry an easy way to find you. Showcase your company Highlight your company's projects and experience to give buyers insight into what you do. Pull in the right leads Attract more business by connecting with the right international buyers. Connect directly with international buyers Create a business profile on great.gov.uk. Start now {% endblock content %}
Give companies looking to buy from your industry an easy way to find you.
Highlight your company's projects and experience to give buyers insight into what you do.
Attract more business by connecting with the right international buyers.
Create a business profile on great.gov.uk.


Cal Wiggam | WRA Digital Fab 2018
About Me
My name is Cal Wiggam. My interest in Digital Fabrication is one that most people have. I consider myself a creative
person. Hopefully one day one of my ideas will be worth a lot of money and to Digital Fabrication is a way to make those ideas
into items. The world is rapidly changing and Digital Fabrication is at the forefront in the money making world.


Taeyeon throws it back with a beautiful rendition of 'Gee' on 'Begin Again 3'
by sl278Taeyeon gave major throwback vibes on 'Begin Again 3' with a beautiful acoustic version of Girls' Generation's hit song "Gee".
"Gee" is arguably the song that shot the group into superstardom, and Taeyeon paid homage to her roots with this flawlessly executed busking performance with the help of artists such as Paul Kim and more. The performance brought about a great reaction from the crowd who sang along as well!
Check out footage of the performance below.


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with
As the internet become more popular, we want to do even more complex things with our website
There are a few different approach for processing and displaying data in Web App
Common software pattern with the aim to modularize application logic
The logic in MVC Web App is separated into 3 parts: Controllers, Models and Views
├── app/ # Application Logic
│ ├── assets/ # Resources for the applications (styling, images, etc)
│ ├── controllers/ # Controller classes, handle web requests from users
│ ├── helpers/ # Helper classes, assist function for controller, model and views
│ ├── models/ # Model classes, interacted with database/external sources
│ └── views/ # View template, use to generate HTML for user's browsers
├── db/ # Database for the application
├── config/ # Configuration for the application (routing, database settings, etc)
└── {...other folders...}
Web Application are website that can provide dynamic content based user interaction
MVC architecture allows web application logic to be separated, making it easier to develop and scale
Rails helps develop Web App with MVC architecture much faster and easier


title: Chart Configuration
Chart.js provides a number of options for changing the behaviour of created charts. These configuration options can be changed on a per chart basis by passing in an options object when creating the chart. Alternatively, the global configuration can be changed which will be used by all charts created after that point.
To create a chart with configuration options, simply pass an object containing your configuration to the constructor. In the example below, a line chart is created and configured to not be responsive.
var chartInstance = new Chart(ctx, {
type: 'line',
data: data,
options: {
responsive: false
}
});
This concept was introduced in Chart.js 1.0 to keep configuration DRY, and allow for changing options globally across chart types, avoiding the need to specify options for each instance, or the default for a particular chart type.
Chart.js merges the options object passed to the chart with the global configuration using chart type defaults and scales defaults appropriately. This way you can be as specific as you would like in your individual chart configuration, while still changing the defaults for all chart types where applicable. The global general options are defined in Chart.defaults.global
. The defaults for each chart type are discussed in the documentation for that chart type.
The following example would set the hover mode to 'single' for all charts where this was not overridden by the chart type defaults or the options passed to the constructor on creation.
Chart.defaults.global.hover.mode = 'single';
// Hover mode is set to single because it was not overridden here
var chartInstanceHoverModeSingle = new Chart(ctx, {
type: 'line',
data: data,
});
// This chart would have the hover mode that was passed in
var chartInstanceDifferentHoverMode = new Chart(ctx, {
type: 'line',
data: data,
options: {
hover: {
// Overrides the global setting
mode: 'label'
}
}
})
There are 4 special global settings that can change all of the fonts on the chart. These options are in Chart.defaults.global
.
| Name | Type | Default | Description |
|---|---|---|---|
| defaultFontColor | Color | '#666' | Default font color for all text |
| defaultFontFamily | String | "'Helvetica Neue', 'Helvetica', 'Arial', sans-serif" | Default font family for all text |
| defaultFontSize | Number | 12 | Default font size (in px) for text. Does not apply to radialLinear scale point labels |
| defaultFontStyle | String | 'normal' | Default font style. Does not apply to tooltip title or footer. Does not apply to chart title |
The following options are applicable to all charts. The can be set on the global configuration, or they can be passed to the chart constructor.
| Name | Type | Default | Description |
|---|---|---|---|
| responsive | Boolean | true | Resizes when the canvas container does. |
| responsiveAnimationDuration | Number | 0 | Duration in milliseconds it takes to animate to new size after a resize event. |
| maintainAspectRatio | Boolean | true | Maintain the original canvas aspect ratio (width / height) when resizing |
| events | Array[String] | ["mousemove", "mouseout", "click", "touchstart", "touchmove", "touchend"] |
Events that the chart should listen to for tooltips and hovering |
| onClick | Function | null | Called if the event is of type 'mouseup' or 'click'. Called in the context of the chart and passed an array of active elements |
| legendCallback | Function | function (chart) { } |
Function to generate a legend. Receives the chart object to generate a legend from. Default implementation returns an HTML string. |
The title configuration is passed into the options.title
namespace. The global options for the chart title is defined in Chart.defaults.global.title
.
| Name | Type | Default | Description |
|---|---|---|---|
| display | Boolean | false | Display the title block |
| position | String | 'top' | Position of the title. Only 'top' or 'bottom' are currently allowed |
| fullWidth | Boolean | true | Marks that this box should take the full width of the canvas (pushing down other boxes) |
| fontSize | Number | 12 | Font size inherited from global configuration |
| fontFamily | String | "'Helvetica Neue', 'Helvetica', 'Arial', sans-serif" | Font family inherited from global configuration |
| fontColor | Color | "#666" | Font color inherited from global configuration |
| fontStyle | String | 'bold' | Font styling of the title. |
| padding | Number | 10 | Number of pixels to add above and below the title text |
| text | String | '' | Title text |
The example below would enable a title of 'Custom Chart Title' on the chart that is created.
var chartInstance = new Chart(ctx, {
type: 'line',
data: data,
options: {
title: {
display: true,
text: 'Custom Chart Title'
}
}
})
The legend configuration is passed into the options.legend
namespace. The global options for the chart legend is defined in Chart.defaults.global.legend
.
| Name | Type | Default | Description |
|---|---|---|---|
| display | Boolean | true | Is the legend displayed |
| position | String | 'top' | Position of the legend. Options are 'top' or 'bottom' |
| fullWidth | Boolean | true | Marks that this box should take the full width of the canvas (pushing down other boxes) |
| onClick | Function | function(event, legendItem) {} |
A callback that is called when a click is registered on top of a label item |
| labels | Object | - | See the Legend Label Configuration section below. |
The legend label configuration is nested below the legend configuration using the labels
key.
| Name | Type | Default | Description |
|---|---|---|---|
| boxWidth | Number | 40 | Width of coloured box |
| fontSize | Number | 12 | Font size inherited from global configuration |
| fontStyle | String | "normal" | Font style inherited from global configuration |
| fontColor | Color | "#666" | Font color inherited from global configuration |
| fontFamily | String | "'Helvetica Neue', 'Helvetica', 'Arial', sans-serif" | Font family inherited from global configuration |
| padding | Number | 10 | Padding between rows of colored boxes |
| generateLabels: | Function | function(chart) { } |
Generates legend items for each thing in the legend. Default implementation returns the text + styling for the color box. See Legend Item for details. |
Items passed to the legend onClick
function are the ones returned from labels.generateLabels
. These items must implement the following interface.
{
// Label that will be displayed
text: String,
// Fill style of the legend box
fillStyle: Color,
// If true, this item represents a hidden dataset. Label will be rendered with a strike-through effect
hidden: Boolean,
// For box border. See https://developer.mozilla.org/en/docs/Web/API/CanvasRenderingContext2D/lineCap
lineCap: String,
// For box border. See https://developer.mozilla.org/en-US/docs/Web/API/CanvasRenderingContext2D/setLineDash
lineDash: Array[Number],
// For box border. See https://developer.mozilla.org/en-US/docs/Web/API/CanvasRenderingContext2D/lineDashOffset
lineDashOffset: Number,
// For box border. See https://developer.mozilla.org/en-US/docs/Web/API/CanvasRenderingContext2D/lineJoin
lineJoin: String,
// Width of box border
lineWidth: Number,
// Stroke style of the legend box
strokeStyle: Color
}
The following example will create a chart with the legend enabled and turn all of the text red in color.
var chartInstance = new Chart(ctx, {
type: 'bar',
data: data,
options: {
legend: {
display: true,
labels: {
fontColor: 'rgb(255, 99, 132)'
}
}
}
});
The title configuration is passed into the options.tooltips
namespace. The global options for the chart tooltips is defined in Chart.defaults.global.title
.
| Name | Type | Default | Description |
|---|---|---|---|
| enabled | Boolean | true | Are tooltips |
| custom | Function | null | See section below |
| mode | String | 'single' | Sets which elements appear in the tooltip. Acceptable options are 'single' or 'label' . single highlights the closest element. label highlights elements in all datasets at the same X value. |
| backgroundColor | Color | 'rgba(0,0,0,0.8)' | Background color of the tooltip |
| titleFontFamily | String | "'Helvetica Neue', 'Helvetica', 'Arial', sans-serif" | Font family for tooltip title inherited from global font family |
| titleFontSize | Number | 12 | Font size for tooltip title inherited from global font size |
| titleFontStyle | String | "bold" | |
| titleFontColor | Color | "#fff" | Font color for tooltip title |
| titleSpacing | Number | 2 | Spacing to add to top and bottom of each title line. |
| titleMarginBottom | Number | 6 | Margin to add on bottom of title section |
| bodyFontFamily | String | "'Helvetica Neue', 'Helvetica', 'Arial', sans-serif" | Font family for tooltip items inherited from global font family |
| bodyFontSize | Number | 12 | Font size for tooltip items inherited from global font size |
| bodyFontStyle | String | "normal" | |
| bodyFontColor | Color | "#fff" | Font color for tooltip items. |
| bodySpacing | Number | 2 | Spacing to add to top and bottom of each tooltip item |
| footerFontFamily | String | "'Helvetica Neue', 'Helvetica', 'Arial', sans-serif" | Font family for tooltip footer inherited from global font family. |
| footerFontSize | Number | 12 | Font size for tooltip footer inherited from global font size. |
| footerFontStyle | String | "bold" | Font style for tooltip footer. |
| footerFontColor | Color | "#fff" | Font color for tooltip footer. |
| footerSpacing | Number | 2 | Spacing to add to top and bottom of each footer line. |
| footerMarginTop | Number | 6 | Margin to add before drawing the footer |
| xPadding | Number | 6 | Padding to add on left and right of tooltip |
| yPadding | Number | 6 | Padding to add on top and bottom of tooltip |
| caretSize | Number | 5 | Size, in px, of the tooltip arrow |
| cornerRadius | Number | 6 | Radius of tooltip corner curves |
| multiKeyBackground | Color | "#fff" | Color to draw behind the colored boxes when multiple items are in the tooltip |
| callbacks | Object | See the callbacks section below |
The tooltip label configuration is nested below the tooltip configuration using the callbacks
key. The tooltip has the following callbacks for providing text. For all functions, 'this' will be the tooltip object created from the Chart.Tooltip constructor.
All functions are called with the same arguments: a tooltip item and the data object passed to the chart. All functions must return either a string or an array of strings. Arrays of strings are treated as multiple lines of text.
| Callback | Arguments | Description |
|---|---|---|
| beforeTitle | Array[tooltipItem], data |
Text to render before the title |
| title | Array[tooltipItem], data |
Text to render as the title |
| afterTitle | Array[tooltipItem], data |
Text to render after the title |
| beforeBody | Array[tooltipItem], data |
Text to render before the body section |
| beforeLabel | tooltipItem, data |
Text to render before an individual label |
| label | tooltipItem, data |
Text to render for an individual item in the tooltip |
| afterLabel | tooltipItem, data |
Text to render after an individual label |
| afterBody | Array[tooltipItem], data |
Text to render after the body section |
| beforeFooter | Array[tooltipItem], data |
Text to render before the footer section |
| footer | Array[tooltipItem], data |
Text to render as the footer |
| afterFooter | Array[tooltipItem], data |
Text to render after the footer section |
The tooltip items passed to the tooltip callbacks implement the following interface.
{
// X Value of the tooltip as a string
xLabel: String,
// Y value of the tooltip as a string
yLabel: String,
// Index of the dataset the item comes from
datasetIndex: Number,
// Index of this data item in the dataset
index: Number
}
The hover configuration is passed into the options.hover
namespace. The global hover configuration is at Chart.defaults.global.hover
.
| Name | Type | Default | Description |
|---|---|---|---|
| mode | String | 'single' | Sets which elements hover. Acceptable options are 'single' , 'label' , or 'dataset' . single highlights the closest element. label highlights elements in all datasets at the same X value. dataset highlights the closest dataset. |
| animationDuration | Number | 400 | Duration in milliseconds it takes to animate hover style changes |
| onHover | Function | null | Called when any of the events fire. Called in the context of the chart and passed an array of active elements (bars, points, etc) |
The following animation options are available. The global options for are defined in Chart.defaults.global.animation
.
| Name | Type | Default | Description |
|---|---|---|---|
| duration | Number | 1000 | The number of milliseconds an animation takes. |
| easing | String | "easeOutQuart" | Easing function to use. |
| onProgress | Function | none | Callback called on each step of an animation. Passed a single argument, an object, containing the chart instance and an object with details of the animation. |
| onComplete | Function | none | Callback called at the end of an animation. Passed the same arguments as onProgress |
The onProgress
and onComplete
callbacks are useful for synchronizing an external draw to the chart animation. The callback is passed an object that implements the following interface. An example usage of these callbacks can be found on Github. This sample displays a progress bar showing how far along the animation is.
{
// Chart object
chartInstance,
// Contains details of the on-going animation
animationObject,
}
The animation object passed to the callbacks is of type Chart.Animation
. The object has the following parameters.
{
// Current Animation frame number
currentStep: Number,
// Number of animation frames
numSteps: Number,
// Animation easing to use
easing: String,
// Function that renders the chart
render: Function,
// User callback
onAnimationProgress: Function,
// User callback
onAnimationComplete: Function
}
The global options for elements are defined in Chart.defaults.global.elements
.
Options can be configured for four different types of elements; arc, lines, points, and rectangles. When set, these options apply to all objects of that type unless specifically overridden by the configuration attached to a dataset.
Arcs are used in the polar area, doughnut and pie charts. They can be configured with the following options. The global arc options are stored in Chart.defaults.global.elements.arc
.
| Name | Type | Default | Description |
|---|---|---|---|
| backgroundColor | Color | 'rgba(0,0,0,0.1)' | Default fill color for arcs. Inherited from the global default |
| borderColor | Color | '#fff' | Default stroke color for arcs |
| borderWidth | Number | 2 | Default stroke width for arcs |
Line elements are used to represent the line in a line chart. The global line options are stored in Chart.defaults.global.elements.line
.
| Name | Type | Default | Description |
|---|---|---|---|
| tension | Number | 0.4 | Default bezier curve tension. Set to 0 for no bezier curves. |
| backgroundColor | Color | 'rgba(0,0,0,0.1)' | Default line fill color |
| borderWidth | Number | 3 | Default line stroke width |
| borderColor | Color | 'rgba(0,0,0,0.1)' | Default line stroke color |
| borderCapStyle | String | 'butt' | Default line cap style. See MDN |
| borderDash | Array | [] |
Default line dash. See MDN |
| borderDashOffset | Number | 0.0 | Default line dash offset. See MDN |
| borderJoinStyle | String | 'miter' | Default line join style. See MDN |
| fill | Boolean | true | If true, the line is filled. |
Point elements are used to represent the points in a line chart or a bubble chart. The global point options are stored in Chart.defaults.global.elements.point
.
| Name | Type | Default | Description |
|---|---|---|---|
| radius | Number | 3 | Default point radius |
| pointStyle | String | 'circle' | Default point style |
| backgroundColor | Color | 'rgba(0,0,0,0.1)' | Default point fill color |
| borderWidth | Number | 1 | Default point stroke width |
| borderColor | Color | 'rgba(0,0,0,0.1)' | Default point stroke color |
| hitRadius | Number | 1 | Extra radius added to point radius for hit detection |
| hoverRadius | Number | 4 | Default point radius when hovered |
| hoverBorderWidth | Number | 1 | Default stroke width when hovered |
Rectangle elements are used to represent the bars in a bar chart. The global rectangle options are stored in Chart.defaults.global.elements.rectange
.
| Name | Type | Default | Description |
|---|---|---|---|
| backgroundColor | Color | 'rgba(0,0,0,0.1)' | Default bar fill color |
| borderWidth | Number | 0 | Default bar stroke width |
| borderColor | Color | 'rgba(0,0,0,0.1)' | Default bar stroke color |
| borderSkipped | String | 'bottom' | Default skipped (excluded) border for rectangle. Can be one of bottom , left , top , right |
When supplying colors to Chart options, you can use a number of formats. You can specify the color as a string in hexadecimal, RGB, or HSL notations. If a color is needed, but not specified, Chart.js will use the global default color. This color is stored at Chart.defaults.global.defaultColor
. It is initially set to 'rgb(0, 0, 0, 0.1)';
You can also pass a CanvasGradient object. You will need to create this before passing to the chart, but using it you can achieve some interesting effects.
The final option is to pass a CanvasPattern object. For example, if you wanted to fill a dataset with a pattern from an image you could do the following.
var img = new Image();
img.src = 'https://example.com/my_image.png';
img.onload = function() {
var ctx = document.getElementById('canvas').getContext('2d');
var fillPattern = ctx.createPattern(img, 'repeat');
var chart = new Chart(ctx, {
data: {
labels: ['Item 1', 'Item 2', 'Item 3'],
datasets: [{
data: [10, 20, 30],
backgroundColor: fillPattern
}]
}
})
}


Suárez, Vidal score in Barcelona’s 2-1 fightback at Leganés
MADRID: Luis Suárez and Arturo Vidal scored second-half goals to lead Barcelona’s recovery in a 2-1 win at last-place Leganés in the Spanish league on Saturday.
Suárez headed in a pass from Lionel Messi in the 53rd minute to cancel out Youssef En-Nesyri’s opener.
Substitute Vidal put Barcelona in front after a defensive error with 11 minutes left.
Leganés was close to taking a point against the defending champions until midfielder Rubén Pérez knocked a corner toward his own net, allowing an unmarked Vidal to tap in the winner.
The hard-fought victory left Barcelona three points ahead of second-place Real Madrid, which hosts Real Sociedad later. Third-place Atlético Madrid visits Granada.
Barcelona hosts Borussia Dortmund in the Champions League on Wednesday.


[RecSys] Implementation of Model Based Recommendation System in R
The most straight forward recommendation system are either user based CF (collaborative filtering) or item based CF, which are categorized as memory based methods. User-Based CF is to recommend products based on behaviour of similar users, and the Item-Based CF is to recommend similar products from products that user purchased. No matter which method is used, the user-user or item-item similarity matrix, which could be sizable, is required to compute.
While on the contrast, a model based approach could refer to converting recommendation problem to regression, classification, learning to rank problem. Matrix Factorization, which is also known as latent factor model,SVD, is one of the most commonly used model based methods. In this post, a variety methods of CF will be discussed, including:
- Gradient Descent CF (GD)
- Alternating Least Square (ALS)
1. dataset
This post is demonstrated on MovieLens dataset, which consists of 10M rows of user-movie rating records.
2. formula
The matrix factorization representation: the rating matrix could be considered as the cross product of two matrix.
Y = U x M
where Y
is the rating matrix with dimension (u,p),
U
is the decomposed user matrix,
M
is the decomposed movie matrix.
loss function:
gradient function:
3. model optimizer
There are two methods that we are going to compare:
- Gradient Descent CF: update the gradients of user and item matrix simultaneously
- Alternating Least Square: update the gradients of user and item matrix alternatively
Ideally, gradient descent should have better model performance; while alternating least square could have faster convergence. When the size of data grows large, the difference will be more severe.
4. result comparison
method iter rmse.train rmse.val time
GD 205 0.8047878 0.9328183 153.463
ALS 280 0.8295948 0.9366344 153.357


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Senator Chuck Schumer (D-NY) says on the Senate floor: “There is real concern that some in the administration may try to cover up its ties to Russia by deleting emails, texts, and other records that could shine a light on those connections. These records are likely to be the subject of executive branch as well as congressional investigations and must be preserved.”
Source: Associated Press


Playing with attributes
We have more control over our documents as we learn about JavaScript and DOM elements!!!


I enjoy finding elegant ways of displaying content
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