Copy Settings for Export Paste Settings to Import
This extension can enable or disable your other Google Chrome extensions based on the websites you have open. For instance, if you want to enable one of your extensions when you're on facebook, choose Enable, then choose the extension you want to automate, then type in 'facebook.com'. Or, if you want to keep an extension disabled unless your on a certain website, choose Disable, choose an extension, then type in the website.
Once you have some entries saved, you can modify them in the table above. If you want to switch between enabling and disabling an extension, click the icon for that extension. When an extension is being disabled for your keywords, the icon will be crossed out. If you want to delete one of your keyword filters, simply click on that word and it will be erased.
To save your preferences to a different account or computer, select all the text in the top "import" text input, paste it in the bottom "export" box, then click "Import". Unfortunately, this extension does not synchronize automatically with your Google chrome profile right now, but this is a quick solution for importing/exporting settings. (You can even try to edit your settings by hand if you want -- at your own risk!)
If you have any questions about Extension Automation, have a feature request, or noticed a bug to report, please don't hesitate to post it on the support page. You can also leave a comment on this webpage. I'll get back to you as soon as I can.
I developed this extension because it was a fun learning experience and I hope it is useful for others, but I don't have the time to add all the functionality that I would like to. If you would like to dig into the code for another project (or Google chrome extension), just let me know. The files can be found in the chrome developer tools "Resources" section. If you like this extension, I greatly appreciate a "+1", a review on the chrome webstore, a small donation, or a review on your blog. Thank you!


DDE LinkPoke
You can poke a value to Pegaesys from your application in the format:
- Control.LinkTopic = "Pegaes|General"
- Control.LinkItem = Variable
- Control.LinkMode = 2
- Control.LinkPoke [(parameter)]
where
- LinkTopic is a Property of the control
- LinkItem is a variable which Pegaesys recognizes.
- LinkMode is a Property of the control,
- LinkPoke is a Visual Basic KeyWord
- parameter is a string value for the Variable
Example using a TextBox:
- Text1.LinkTopic = "Pegaes|General"
- Text1.LinkItem = "DimLen"
- Text1.LinkMode = 2
- Text1.LinkPoke


|
MAX32665 SDK Documentation
0.2
Software Development Kit Overview and API Documentation
|
PWRSEQ Peripheral Register Offsets from the PWRSEQ Base Peripheral Address. More...
Macros | |
| #define | MXC_R_PWRSEQ_LPCN ((uint32_t)0x00000000UL) |
Offset from PWRSEQ Base Address: 0x0000 | |
| #define | MXC_R_PWRSEQ_LPWKST0 ((uint32_t)0x00000004UL) |
Offset from PWRSEQ Base Address: 0x0004 | |
| #define | MXC_R_PWRSEQ_LPWKEN0 ((uint32_t)0x00000008UL) |
Offset from PWRSEQ Base Address: 0x0008 | |
| #define | MXC_R_PWRSEQ_LPWKST1 ((uint32_t)0x0000000CUL) |
Offset from PWRSEQ Base Address: 0x000C | |
| #define | MXC_R_PWRSEQ_LPWKEN1 ((uint32_t)0x00000010UL) |
Offset from PWRSEQ Base Address: 0x0010 | |
| #define | MXC_R_PWRSEQ_LPWKST2 ((uint32_t)0x00000014UL) |
Offset from PWRSEQ Base Address: 0x0014 | |
| #define | MXC_R_PWRSEQ_LPWKEN2 ((uint32_t)0x00000018UL) |
Offset from PWRSEQ Base Address: 0x0018 | |
| #define | MXC_R_PWRSEQ_LPWKST3 ((uint32_t)0x0000001CUL) |
Offset from PWRSEQ Base Address: 0x001C | |
| #define | MXC_R_PWRSEQ_LPWKEN3 ((uint32_t)0x00000020UL) |
Offset from PWRSEQ Base Address: 0x0020 | |
| #define | MXC_R_PWRSEQ_LPPWST ((uint32_t)0x00000030UL) |
Offset from PWRSEQ Base Address: 0x0030 | |
| #define | MXC_R_PWRSEQ_LPPWEN ((uint32_t)0x00000034UL) |
Offset from PWRSEQ Base Address: 0x0034 | |
| #define | MXC_R_PWRSEQ_LPMEMSD ((uint32_t)0x00000040UL) |
Offset from PWRSEQ Base Address: 0x0040 | |
| #define | MXC_R_PWRSEQ_LPVDDPD ((uint32_t)0x00000044UL) |
Offset from PWRSEQ Base Address: 0x0044 | |
| #define | MXC_R_PWRSEQ_GP0 ((uint32_t)0x00000048UL) |
Offset from PWRSEQ Base Address: 0x0048 | |
| #define | MXC_R_PWRSEQ_GP1 ((uint32_t)0x0000004CUL) |
Offset from PWRSEQ Base Address: 0x004C | |
| #define | MXC_R_PWRSEQ_LPMCSTAT ((uint32_t)0x00000050UL) |
Offset from PWRSEQ Base Address: 0x0050 | |
| #define | MXC_R_PWRSEQ_LPMCREQ ((uint32_t)0x00000054UL) |
Offset from PWRSEQ Base Address: 0x0054 | |


Click on each tab(link) one by one and go through interactive calculators developed by us to help you learn about significant figures. Each contains short summary of the corresponding rule and an interactive exercise to play with.
Optimistic studies reveal that sig figs are the digits of a number which are meaningful in terms of accuracy or precision. They include:
• Any non-zero digit
• Zeros between non-zero digits as in 4004 or 54.70008
• Trailing zeros only when there is a decimal point as in 7650. or 742.4400
Enter a decimal value below, its number of significant figures will be printed below.
Let's imagine you have a value from a calculation, and need to strip it down to a particular number of significant figures. For example the number "65789" would become "66000" if only two significant figures were warranted. The number "65.789" would become "66" in the same situation.
Enter a valid decimal value below along with a number of significant figures (between 1 and 13), the rounded off value with the desired number of significant figures will be displayed below.
Rules For Addition And Subtraction:
The outcome of either addition/subtraction must have the same number of decimal places similar to the least number of decimal places in any number involved
Rules for Multiplication And Division:
The outcome of either multiplication or division should have as many sig figs as the number involved that contains the least number of sig figs.
Now lets practice these rules of algebra of significant figures
Answer: Check
This calculator takes significant digits into account and applies the rules of significant figures to calculations. You can enter an arithmatic expression in the text box to evaluate it as per rules of significant figures. Use the @ symbol for scientific notation (e.g., 5.02@3 = 5.02 × 103).
Unitary functions: sin(a)
, cos(a)
, tan(a)
, asin(a)
, acos(a)
, atan(a)
, sqrt(a)
, log(a)
, abs(a)
, ceil(a)
, floor(a)
, round(a)
, exp(a)
, random(a)
, fac(a)
Binary functions: pyt(a, b)
, pow(a, b)
or a ^ b
, min(a, b)
, max(a, b)
, a % b
, atan2(a, b)


Rabbits are one of the finnest creations of ALLAH.
Infact every creation is perfect in its own way.
Because I Love Rabbits and it is fun to play with them
The author of this page is Haseeb.
He sometimes gets crazy and starts writing code for himself.
He thinks he can code.
Start off with Khan Acadmey's playlist for HTML & CSS


Hi,
I'm Waseef
I'm a 4
th
year computer engineering student
@UW
. I love learning about programming and any type of software development.
See my
code,
blog
and
résumé


10.05.18
Wakefield Park
Blog Everything about RACING CLUB
09th January 2016
Racing Club Advan Neova Challenge Round 3 Update
FINAL ROUND: Labour Day Trackday Wakefield Park. Last chance to compete in the Circuit Club Advan Neova Challenge 2016! There was much anticipation with Jason's big power Evo competing at Round 3, however some suspected engi… Read More
09th January 2016
Hidden Behind the Scenes
Originally posted by Narada Kudinar, 23.08.11. At our Trackdays, we get a variety - owners with their girlfriends, owners with their mates, owners and their mechanics - but there is one combination I am truly at envy with. It's the owners and their Dads. Read More
04th July 2015
Introducing Advan Trackdays!
For the first time, Yokohama Advan Tyres are hosting their very own Trackdays, hosted by your's truly! The aim? To thank their loyal customers by providing a bargain event as well as introduce new Advan tyres to those who don't use them yet...Read More
09th Jun 2015
ANZAC Day Spots Running Out!
FINAL ROUND: Labour Day Trackday Wakefield Park. Last chance to compete in the Circuit Club Advan Neova Challenge 2016! There was much anticipation with Jason's big power Evo competing at Round 3, however some suspected engi… Read More
15th Mar 2015
10 Year Anniversary Details Now Available!
Originally posted by Narada Kudinar, 23.08.11. At our Trackdays, we get a variety - owners with their girlfriends, owners with their mates, owners and their mechanics - but there is one combination I am truly at envy with. It's the owners and their Dads. Read More
16th Jan 2015
Prepare for EPICNESS
For the first time, Yokohama Advan Tyres are hosting their very own Trackdays, hosted by your's truly! The aim? To thank their loyal customers by providing a bargain event as well as introduce new Advan tyres to those who don't use them yet... Read More
The
love
of cars
About us
Racing Club was founded in 2003 with one goal in mind, to make motorsport accessible through Trackdays. What started out simply as a bunch of mates with a love of cars and driving fast…
Partners
Advan Neova Cup
JDM Style Tuning


Allows organizations to store and manage customer- and product-related data. Organizations use this data to manage all of the sales ordering, shipping, billing, and invoicing of their goods and services.
Here you will be able to view your
Financial Sheet has complete financial transaction that you have done.
Here you will be able to view your
And yes, this is the last functionality,wherein you can add a file containing details of members to be added as a customer


HTML5 & CSS3
CSS
Irena Panova
© 2020/2021 Seavus Education & Development Center
Lesson overview
- Block and Inline boxes
- Box Model in CSS
- Margins, Paddings, Borders
- The Box Model and Inline boxes
- Overflow
Block & Inline boxes
- Everything in CSS has a box around it,
and understanding these boxes is key to being able to create layouts with CSS, or to align items with other items.
- In this lesson, we will take a proper look at the CSS Box Model so that you can build more complex
layout tasks with an understanding of how it works and the terminology that relates to it.
Block & Inline boxes (2)
- In CSS we broadly have two types of boxes
— block boxes and inline boxes.
*These characteristics refer to how the box behaves in terms of page flow,
and in relation to other boxes on the page
Block boxes
If a box is defined as a block, it will behave in the following ways:
- The box will break onto a new line
- The box will extend in the inline direction to fill the space available in its container.
*In most cases this means that the box will become as wide as its container,
filling up 100% of the space available
- The width and height properties are respected
Inline boxes
If a box has an outer display type of inline, it will behave in the following ways:
- The box will not break onto a new line
- The width and height properties will not apply
The type of box applied to an element is defined by display
property values such as block and inline,
and relates to the outer value of display.
Boxes in CSS have an outer display type,
which details whether the box is block or inline.
Boxes also have an inner display type, however,
which dictates how elements inside that box are laid out.
*By default, the elements inside a box are laid out in normal flow,
which means that they behave just like any other block and inline elements (as explained previously).
We can, however, change the inner display type by using display values like flex.
*If we set display: flex; on an element, the outer display type is block, but the inner display type is changed to flex. Any direct children of this box will become
flex items and will be laid out according to the rules set out in the Flexbox definition, which we'll learn about later on.
Block and inline layout is the default way that things on the web behave,
it is sometimes referred to as normal flow, because without any other instruction,
our boxes lay out as block or inline boxes.
Box Model in CSS
- The full CSS box model applies to block boxes, inline boxes only use some of the behavior defined in the box model
- The model defines how the different parts of a box — margin, border, padding, and content —
work together to create a box that you can see on the page
- To add some additional complexity, there is a standard and an alternate box model
Box Model in CSS (2)
- Making up a block box in CSS we have the:
- Content box
The area where your content is displayed, which can be sized
using properties like width and height.
- Padding box
The padding sits around the content as white space;
its size can be controlled using padding and related properties.
- Border box
The border box wraps the content and any padding.
Its size and style can be controlled using border and related properties.
- Margin box
The margin is the outermost layer, wrapping the content, padding and border as whitespace between this box and other elements.
Its size can be controlled using margin and related properties.
Standard CSS box model
In the standard box model, if you give a box a width and a height attribute,
this defines the width and height of the content box.
Any padding and border is then added to that width and height to get the total size taken up by the box.
Alternative CSS box model
It is rather inconvenient to have to add up the border and padding to get the real size of the box.
For this reason, CSS had an alternative box model introduced some time after the standard box model.
Using this model, any width is the width of the visible box on the page,
therefore the content area width is that width minus the width for the padding and border
By default, browsers use the standard box model.
If you want to turn on the alternative model for an element you do so by setting box-sizing: border-box on it.
*By doing this you are telling the browser to take the border box as the area defined by any size you set.
.box{
box-sizing: border-box;
}
If you want all of your elements to use the alternative box model, and this is a common scenario,
set the box-sizing property on the  element, then set all other elements to inherit that value
html{
box-sizing: border-box;
}
*{
box-sizing: inherit;
}
NOTE: The margin is not counted towards the actual size of the box. The box's area stops at the border — it does not extend into the margin.
The margin property
- The margin is an invisible space around your box. It pushes other elements away from the box.
- Whether you are using the standard or alternative box model, the margin is always added after the size of the visible box has been calculated.
Margins can have positive or negative values.
The margin property (2)
- You can control each side individually:
- margin-top
- margin-right
- margin-bottom
- margin-left
- Or you can use the shorthand margin property, like so:
margin: 1px 2px 3px 4px;
The values here appear in clockwise order: top, right, bottom, left.
The padding property
- The padding sits between the border and the content area.
- It is typically used to push the content away from the border.
Unlike margins you cannot have negative amounts of padding,
so the value must be 0 or a positive value.
The padding property (2)
- You can control each side individually:
- padding-top
- padding-right
- padding-bottom
- padding-left
- Or you can use the shorthand padding property, like so:
padding: 1px 2px 3px 4px;
The values here appear in clockwise order: top, right, bottom, left.
The border property
- The border is drawn between the margin and the padding of a box.
- If you are using the standard box model, the size of the border is added to the width and height of the box.
- If you are using the alternative box model then the size of the border makes the content box smaller as it takes up some of that available width and height.
The border property (2)
- For styling borders, there are a large number of properties —
there are four borders, and each border has a style, width and color that we might want to manipulate.
The border-width property
- The border-width property is used to control the width of a border.
- The value of this property can either be given explicitly using the <length> values or a keyword:
*You cannot use percentages with this property.
The border-width property (2)
- You can control the individual size of borders using four separate properties:
- border-top-width
- border-right-width
- border-bottom-width
- border-left-width
The border-width property (3)
- You can also specify different widths for the four border values using the shorthand property, like so:
border-width: 2px 1px 1px 2px;
The values here appear in clockwise order: top, right, bottom, left.
The border-style property
- You can control the individual style of borders using four separate properties:
- border-top-style
- border-right-style
- border-bottom-style
- border-left-style
The border-style property (2)
- The border-style shorthand CSS property sets the line style for all four sides of an element's border.
- This property can take the following values:
/* Keyword values */
border-style: none;
border-style: hidden;
border-style: dotted;
border-style: dashed;
border-style: solid;
border-style: double;
border-style: groove;
border-style: ridge;
border-style: inset;
border-style: outset;
The border-color property
- You can specify the color of a border using border-color property.
- You can control the individual colors of the borders on different sides of a box using:
- border-top-color
- border-right-color
- border-bottom-color
- border-left-color
The border-color property (2)
- You can also specify different colors for the four border values using the shorthand property, like so:
border-color: red yellow green transparent;
The values here appear in clockwise order: top, right, bottom, left.
The Box Model and Inline boxes
The box model and inline boxes
- All of the above applies fully to block boxes. Only some apply to inline boxes.
- There is a special value of display, which provides a middle ground between inline and block.
This is useful for situations where you do not want an item to break onto a new line,
but do want it to respect width and height and avoid the overlapping seen above.
- You can set the display value of an element to be
display: inline-block
span {
margin: 20px;
padding: 20px;
width: 80px;
height: 50px;
background-color: lightblue;
border: 2px solid blue;
display: inline-block;
}

I am a paragraph and this is a span inside that paragraph.
A span is an inline element and so does not respect width and height.

The overflow property
- The overflow property tells the browser what to do if the content contained within a box is larger than the box itself.
- It can have one of three values:
- hidden - This property simply hides any extra content that does not fit in the box.
- scroll - This property adds a scrollbar to the box so that users can scroll to see the missing content.
- auto - This property adds a scrollbar to the box wherever is needed (horizontal, vertical or both)


DBC Fireside Chat
My Take on What is to Come
11/21/2014
I just finished watching the fireside chat with Shereef and let me tell you, I am pumped. Scared. But pumped. What I know for sure is that DBC is going to change my life. I see myself connecting with awesome people from all around over our love of coding. I also see a mountain of learning ahead that I will need to climb. Not an impossible climb, but definitely a climb that will take great effort. From what I learned from Shereef's talk, I learned that DBC is a startup like any other. It is growing and failing and iterating. That excites me. I am excited to be apart of this process and to go through the changes with them. I believe they are striving to make their product the best and I want to help with that.
When I get there I like to imagine myself jumping head first into everything. I see myself talking with everyone and participating in everything that is being offered. Unfortunately, I know from experience that I will be reserved for the first couple of weeks. My plan is to work my hardest to throw this part of me aside and pursue this with all that I have.
I know that this learning environment with be the best for me. I can already feel myself learning more and more and it is only phase 0. I can only imagine what will happen when I am on site with everyone and diving into the curriculum. I honestly believe that these kinds of alternate education trade schools are the future. I am beyond excited to help shape that future with my participation.
Until next time,
Zac


{% extends "base.html" %} {% block ogtitle %}{% block title %}Accounts{% endblock %}{% endblock %} {% block description %}Browse through accounts from various external resources, each providing additional information. Utilize our filter feature to easily find the content that suits your interests and needs.{% endblock %} {% block end-head %} {% endblock %} {% block content %}


Making My Dream Team a dream product
My Dream Team (MDT) is a platform created by the SONIC Research Group at Northwestern University that seeks to create ideal groups of people based on the characteristics and preferences of each member. With the aim of becoming the “one-stop destination for forming teams”, the platform takes in user data via a survey and subsequent preferential rankings (in the Teaming stage) and then, with sophisticated algorithms, provides “theoretically driven” recommendations for team membership (My Dream Team, n.d., n.p.).
Our team was recruited to perform detailed research on the platform and provided feedback on how to improve the product. We used methods such as interaction mapping, interviews, heuristic evaluations, and usability tests, to name a few, to study the platform and assess its effectiveness. Over the course of 4 months, which involved the preparation of detailed UX Research reports on a weekly basis, we were able to identify potential areas of improvement and chart a path forward for the development of the platform. We provided useful insights that were backed by solid research methods, all of which were available in the form of a concise video delivered to the client at the end of 4 months.
My Dream Team (MDT) is a web-based product available at the SONIC research group’s website. People can register as an Admin or a User. Users are defined as those looking to form teams with like-minded individuals, or individuals who have a specific talent, for a specific purpose. Admins are those who are tasked with forming teams of such individuals based on the compatibility information of said individuals provided by the MDT algorithm. Users are invited (by persons looking organize teams) to answer a survey with roughly 50 questions that address a variety of character and personal traits as well as technical expertise and leadership experience. While most of the questions are in the form of a Likert Scale, users are also given the opportunity to answer some open-ended questions. After they submit the survey, administrators get the results of the survey and are then given the task of forming the strongest (most compatible) teams from among the people who answered the survey. Invitations are then sent out to the users thus selected by admins and they may accept or reject the invitation to form a team.
We first organized a kickoff meeting with our client to introduce ourselves formally and to understand their product and our client’s needs better. We were provided a run-through of the product and given access to some of the initial research our client had performed on their own while they were making the product.
Initial Stages
We then went back to the drawing board and spent a week poring over the documents provided as well as familiarizing ourselves with the product website. We went through the surveys ourselves and also spent time acting as admins forming teams with dummy users. We then charted out an interaction map to log all the interactions a potential user can carry out on the site.
We then conducted interviews with users recruited at the University of Michigan’s School of Information. Seeing as the target audience for this product was going to be students and other people in academia, we found it prudent to get feedback by leveraging our positions as graduate students at the School of Information and interviewing other students and staff. Our interviews helped us in creating personas to better understand our users needs.
We then created surveys and sent them out to students and faculty/staff at the University of Michigan. While we primarily targeted those at the School of Information, we did manage to get many responses from students outside the School of Information as well. Our survey results were very important in helping us make specific recommendations to the MDT platform.
The Final Stages
Our survey results were the last step in the initial research phase of this project. The initial phase was helpful in gathering valuable information from potential users of the platform and using that to implement changes in the platform without having to conduct more expensive and intensive research procedures.
Heuristic Evaluation
This brings us to the next stages of research — heuristic evaluations and usability tests. Here we had an advantage — working in a team of 5 people meant that each of us could conduct individual heuristic evaluations and usability tests and then discuss our collated results.
We applied the Nielsen Norman Heuristic Evaluation Criteria to see how well MDT performed on the scale provided. We found five Level-4 issues (serious areas of concern) that require the product to be fixed prior to any further release.
Usability Testing
The final stage of research for our client was what is known in the world of User Experience Research as Usability Testing. In simple terms this requires having someone use the platform or system being tested to perform a set of predefined (basic or commonly performed) activities in 1–2 hour sessions. These sessions were recorded and monitored by the research team. We then sat down to debrief and analyze the feedback from users. It was important to capture not just verbal feedback provided by the user but also non-verbal feedback such as frustrations, exclamations and facial expressions such as surprise or satisfaction. The role of the researchers was to study the user, prompting only when the user went into moments of quiet reflection. Users were asked to speak their thoughts out loud and were requested to be honest in their feedback. It required some skill and tact to make sure that users were comfortable and spoke frequently. We stressed repeatedly that the users themselves were not being tested, and that the only thing being tested was the system itself.
Our research wrapped up with the Usability tests. The project, as mentioned earlier, consisted of several steps and had weekly reports (some of these over 80 pages long including appendices) sent to our client detailing all of the work we had done. We decided to make a TL;DR version of this report in the form of a short video. This would not only help condense some of the voluminous research results we had into smaller parts but would also serve as a helpful medium for our clients to use for any future research work they conducted on the platform.


Type in the diffrent types sides Of a triangle and discover its shape.
Input the sides of the triangle:
Input side A
Input side B
Input side C


Open for testing and feedback!
The version of the API is currently v0.5. Learn why.
You can access the API at api.gwentapi.com/v0
Not shown in this example at the moment, but by default it will list 20 cards.
GwentAPI currently support the following endpoints. More will follow.
| URL | Method | Description |
|---|---|---|
| https://api.gwentapi.com/v0/ | GET | Return a mapping of resources name to href. |
| https://api.gwentapi.com/v0/cards/ | GET | Return all cards. |
| https://api.gwentapi.com/v0/cards/:id | GET | Return a specific card. |
| https://api.gwentapi.com/v0/cards/leaders | GET | Return all leader cards. |
| https://api.gwentapi.com/v0/cards/factions/:factionID | GET | Return all cards from the corresponding faction. |
| https://api.gwentapi.com/v0/cards/rarities/:idRarity | GET | Return all cards from the corresponding rarity. |
| https://api.gwentapi.com/v0/cards/:id/artworks | GET | Return the artworks of a specific card. |
| https://api.gwentapi.com/v0/factions/ | GET | Return all card factions. |
| https://api.gwentapi.com/v0/factions/:id | GET | Return a specific card faction. |
| https://api.gwentapi.com/v0/glyphs | GET | Return all glyphs. |
| https://api.gwentapi.com/v0/glyphs/:id | GET | Return a specific glyph. |
| https://api.gwentapi.com/v0/patches/ | GET | Return all game patches. |
| https://api.gwentapi.com/v0/patches/:id | GET | Return a specific game patch. |
| https://api.gwentapi.com/v0/patches/latest | GET | Return the latest game patch. |
| https://api.gwentapi.com/v0/rarities/ | GET | Return all card rarities. |
| https://api.gwentapi.com/v0/rarities/:id | GET | Return a specific card rarity. |
| https://api.gwentapi.com/v0/types/ | GET | Return all card types. |
| https://api.gwentapi.com/v0/types/:id | GET | Return a specific card type. |


This vignette illustrates basic projmgr
codeflows.
library(projmgr)
The first step to interacting with a GitHub repository is creating a repository reference. Repository references are “first class citizens” in projmgr
and contain all authorization credentials. These references are passed as the first argument in all get_
functions and post_
functions.
Suppose, for example, we are interested in pulling data about issues in the dplyr
repository. We would start off by creating a repository reference with the create_repo_ref()
function.
dplyr <- create_repo_ref('tidyverse', 'dplyr')
#> Requests will authenticate with GITHUB_PAT
Note that this function has many additional parameters that you can specify as needed. For example:
is_enterprise = TRUE
and pass your company’s internal GitHub URL in through hostname
is_enterprise = TRUE
), the name you used can be passed through hostname
The check_
family of functions provide some basic validations that everything is working.
check_internet()
tests for problems connecting to the internet.
#> [1] TRUE
check_credentials()
confirms the login associated with the PAT and describes the level of access that PAT have to the specified repo.
check_credentials(dplyr)
#> -- With provided credentials --
#> + Login: emilyriederer
#> + Type: User
#> -- In the dplyr repo --
#> + Admin: FALSE
#> + Push: FALSE
#> + Pull: FALSE
check_rate_limit()
checks how many more API requests you can send and when that count will reset. Note that this accepts a repo reference as a parameter only to get authentication information for an account. Limits to requests are established at the account-level not the repository level.
check_rate_limit(dplyr)
#> 4998 / 5000 (Resets at 22:26:20)
get_
functions retrieve information from the GitHub API. The first argument is the repository reference and additional named query parameters can be passed subsequently.
For example, here, we request issues of the first milestone
with either an open or closed state
. (Note that, in keeping with the GitHub API, only open issues are returned when state
is not specified. If you’re trying to build a productivity report, i.e. about everything that’s been completed, it’s very important to specify state
as “closed” or “all”.)
dplyr_issues_list <- get_issues(dplyr, milestone = 1, state = 'all')
If you don’t know what parameters are available, the help_<function_name>
family provides more information on valid arguments to include in get_
and post_
functions.
help_get_issues()
#> [1] "milestone" "state" "assignee" "creator" "mentioned" "labels"
#> [7] "sort" "direction" "since"
Or take a guess. The get_
functions will check that all of your named query parameters are accepted by the API and throw an error for any that are unrecognized.
get_issues(dplyr, not_a_real_parameter = 'abc')
#> Error: The following user-inputted variables are not relevant to this API request:
#> + not_a_real_parameter
#> Allowed variables are:
#> + milestone,state,assignee,creator,mentioned,labels,sort,direction,since
#> Please remove unallowed fields and try again.
#> Use the browse_docs() function or visit https://developer.github.com/v3/ for full API documentation.
As the get_issues()
error message says, detailed documentation can also be viewed using the browse_docs()
function. This function launches your browser to the appropriate part of the GitHub API documentation. For example, one might run:
browse_docs(action = 'get', object = 'issue')
#> Open URL https://developer.github.com/v3/issues/#list-issues-for-a-repository
Results are returned as a list, closely mirror the JSON output from the actual API.
str(dplyr_issues_list[[1]], max.level = 1)
#> List of 23
#> $ url : chr "https://api.github.com/repos/tidyverse/dplyr/issues/1229"
#> $ repository_url : chr "https://api.github.com/repos/tidyverse/dplyr"
#> $ labels_url : chr "https://api.github.com/repos/tidyverse/dplyr/issues/1229/labels{/name}"
#> $ comments_url : chr "https://api.github.com/repos/tidyverse/dplyr/issues/1229/comments"
#> $ events_url : chr "https://api.github.com/repos/tidyverse/dplyr/issues/1229/events"
#> $ html_url : chr "https://github.com/tidyverse/dplyr/issues/1229"
#> $ id : int 89591755
#> $ node_id : chr "MDU6SXNzdWU4OTU5MTc1NQ=="
#> $ number : int 1229
#> $ title : chr "Pass custom functions to select()"
#> $ user :List of 18
#> $ labels :List of 1
#> $ state : chr "closed"
#> $ locked : logi TRUE
#> $ assignee : NULL
#> $ assignees : list()
#> $ milestone :List of 16
#> $ comments : int 1
#> $ created_at : chr "2015-06-19T15:26:31Z"
#> $ updated_at : chr "2018-06-08T13:56:05Z"
#> $ closed_at : chr "2017-02-02T21:10:56Z"
#> $ author_association: chr "NONE"
#> $ body : chr "Right now, you're limited in column selection when using select() and magrittr.\n\nConsider the situation where"| __truncated__
It’s likely you may prefer to work with them as dataframes instead. The parse_
family of functions converts “raw” list output from get_
into tibbles.
dplyr_issues <- parse_issues(dplyr_issues_list)
head(dplyr_issues)
#> # A tibble: 6 x 19
#> title body state created_at closed_at user_login n_comments url
#> <chr> <chr> <chr> <date> <date> <chr> <int> <chr>
#> 1 Pass ~ "Right n~ clos~ 2015-06-19 2017-02-02 msjgriffi~ 1 http~
#> 2 "hybr~ "It woul~ clos~ 2015-05-30 2017-02-02 matthieug~ 4 http~
#> 3 Shoul~ "It woul~ clos~ 2015-03-25 2017-03-24 rpruim 7 http~
#> 4 Anton~ "It woul~ clos~ 2014-11-02 2017-02-02 matthieug~ 3 http~
#> 5 equiv~ "pig has~ clos~ 2014-08-18 2017-02-02 jhofman 10 http~
#> 6 SQL e~ "When fi~ clos~ 2014-07-28 2017-02-14 vzemlys 16 http~
#> # ... with 11 more variables: number <int>, milestone_title <chr>,
#> # milestone_id <int>, milestone_number <int>, milestone_state <chr>,
#> # milestone_created_at <date>, milestone_closed_at <date>,
#> # milestone_due_on <date>, assignee_login <chr>, assignees_login <list>,
#> # labels_name <list>
In summary, the general process is calling a get_
function followed by a parse_
function. We will get milestones for a second example.
dplyr_milestones <-
get_milestones(dplyr, state = 'all') %>%
parse_milestones()
The report_
function family offers an alternative to visualizations. These functions generate HTML for aethetic output in RMarkdown reports. Output is automatically tagged so knitr
knows to interpret it as HTML, so it is not necessary to manually add the results = 'asis'
chunk option. (Don’t worry if you don’t know what this means. You don’t need to do anything!)
report_progress(dplyr_issues)
The post_
function family helps add new objects to a GitHub repo. For example, the following command adds a new issue to a repository. After posting new content, post_
functions return the identification number for the new object.
experigit <- create_repo_ref('emilyriederer', 'experigit')
post_issue(experigit,
title = "Add unit tests for post_issues when title duplicated",
body = "Check that code appropriately warns users when attempting to post a duplicate issue",
labels = c("enhancement", "test"),
assignees = "emilyriederer" )
#> [1] 150
The GitHub API allows multiple issues to have the same title. However, you may want to disable this functionality (for example, if a post_
function is in a script that may be re-run.) In this case, the distinct
parameter allows you to chose whether or not to allow the posting of new issues with the same title as open existing issues. When distinct = TRUE
(as it is by default), the function throws an error and does not post the issue.
post_issue(experigit, title = "Add unit tests for post_issues when title duplicated")
#> Error: New issue title is not distinct with current open issues. Please change title or set distinct = FALSE.


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Its easy to develop a web application using Ktor, In this article I am going to explain the tools we need and the steps for developing a small CRUD based web application using Ktor. I will take Employee entity as an example to demonstrate this application. We are going to use below frameworks/libraries.
Ktor framework: Develop asynchronous servers and clients.
FreeMarker: Template engine to generate text output. We are using it for HTML pages.
Please note that this whole project is available in github
Create Kotlin project
Execute below command to create an empty gradle Kotlin project. Once the project is created then import it into your favorite editor.
I executed this command on Gradle 5.2.1 version. You can choose to create kotlin project with any other build tool.
This command will create new project with standard folder structure with default App.kt file.
Add and configure Ktor framework
Adding Ktor framework to the project is easy, just add below dependencies to your build.gradle
Configure Netty embedded server
Go to App.kt and update it with below code.
embeddedServer function will initiate and run the embedded server and we passed below arguments to it;
Server instance type; We passed Netty. Ktor support Jetty and Tomcat as well.
Port number on which the server will listen.
Lambda instance of Application. Right now it is empty but we will add more details to it in next sections.
DAO layer for database
We are using Exposed to connect and perform SQL operations on H2 in-memory database. We need to include required dependencies in the build.gradle so go to build.gradle and add below dependencies.
To learn more about SQL library Exposed please read this article
Create Model and Mapping
We are using Employee entity as an example so lets create a new package net.thetechstack.model and add Employee.kt with below code.
This is a simple data class with four fields. We want to maintain id, name, email and city for the Employee so the constructor needs all these values.
Create a new package net.thetechstack.dao and add Employees.kt file with below content;
Employees is the mapping object for Employee. This object will give enough information for Exposed to map fields with the database table.
Create DAO
Instead of directly performing database operations we are creating DAO layer. DAO (Data Access Layer) will wrap all database operations in it. Create DAOFacadeDatabase.kt file in net.thetechstack.dao package with below code.
We created an interface, this defines the contract for DAO layer. We added all the methods needed to perform CRUD operations. With in the same class lets implement this interface.
DAOFacadeDatabase needs Database instance. We wrapped all query statements with in the transaction because Exposed needs all the database operations to be performed with in a transaction.
To understand more about Exposed please read this article
Now we have our DAO layer ready.
Integrate Exposed with Ktor
Lets integrate DAO layer with Ktor. We need to instantiate DAOFacadeDatabase by passing H2 in-memory database instance. Update Application.kt with below code;
Instantiated DAOFacadeDatabase by passing H2 database instance and used this instance to create the tables by calling init()
Configure FreeMarker
Update build.gradle with below dependency to add support for FreeMarker templates;
We will save all our FreeMarker templates in resources/templates directory so create this directory under ktor-freemarker/src/main/
We installed FreeMarker feature on the request and response pipeline by passing FreeMarker configuration to install function. We are going to save all our FreeMarker templates in templates folder so we passed this to FreeMarker configuration. Now FreeMarker will check templates in src/main/resources/templates folder
Create templates
We need three template files;
template.ftl: This is the base template of our application. This contains the page layout.
index.ftl: Main page with list of all employees and gives options to add/edit/delete employees.
employee.ftl: Allows us to add/edit employee.
template.ftl
This is a simple HTML page uses Bootstrap CSS for styling and has some FreeMarker directives macro and nested.
Macro is used to store reusable templates and we can give it a name to refer them later. In below code I created a macro with named test. This macro contains reusable block, in this case it is having Hello with in p tag. If I want to output Hello then we call this macro <@test/> then the macro will be executed. Below code will output ‘Hello’ two times.
Macro can take input parameters and we can use them with in the template.
More information on the macro is available on the FreeMarker site.
Instead of Macro having its own content we can pass content to it using Nested.  In below example we are passing ‘Hello’ to it and macro will replace <#nested> with the content.
In template.ftl we uses macro and nested to define our web page structure. We called our macro as mainLayout now we can use this in other template files.
index.ftl
We imported template.ftl as layout and used it in index.ftl. In this page we display all employees and allows users to add/edit/delete employees. list directive will allow us to iterate employees. To add/edit we are passing action query parameter and for delete we are passing id
employee.ftl
This template is for new/edit employee records. action field in the form is used to maintain the type of action and id contains the employee id which server can use to update it. On submit form will be submitted to /employee.
Declare controllers
Update App.kt with below code to create HTTP end-points.
/: Loads index.ftl by setting all employees in employees key. We use this key in the template to iterate and display all employees in the HTML table.
/employee:
GET: Loads employee.ftl. To handle edit we fetch the employee record and set it in the map.
POST: Loads index.ftl after the action. new will create new employee and edit will update the record.
/delete: Deletes employee and loads index.ftl
Below is the demo run of the application.
Conclusion
We developed a simple web application using Ktor framework and used many other libraries to perform CRUD operations on an entity.


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{% extends 'base.html' %} {% block content %}
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Class CustomQuest<TState>
Custom quest definition with custom local state
Inherited Members
System.Object.ToString()
System.Object.Equals(System.Object)
System.Object.Equals(System.Object, System.Object)
System.Object.ReferenceEquals(System.Object, System.Object)
System.Object.GetHashCode()
System.Object.GetType()
System.Object.MemberwiseClone()
Namespace: QuestFramework.Quests
Assembly: QuestFramework.dll
Syntax
public class CustomQuest<TState> : CustomQuest, IDisposable, IStatefull<TState>, IStateRestorable, IStatefull where TState : class, new()
Type Parameters
| Name | Description |
|---|---|
| TState |
Constructors
CustomQuest()
Create custom quest with state (Statefull quest)
Declaration
public CustomQuest()
CustomQuest(String)
Create custom quest with state (Statefull quest)
Declaration
public CustomQuest(string name)
Parameters
| Type | Name | Description |
|---|---|---|
| System.String | name | Name of the quest |
Properties
NeedsSync
Declaration
public bool NeedsSync { get; }
Property Value
| Type | Description |
|---|---|
| System.Boolean |
State
A state data
Declaration
public TState State { get; }
Property Value
| Type | Description |
|---|---|
| TState |
Methods
OnStateReset()
Declaration
protected virtual void OnStateReset()
OnStateRestored()
Declaration
protected virtual void OnStateRestored()
PerformSync()
Declaration
public void PerformSync()
PrepareState()
Creates and prepares new quest state.
Declaration
protected virtual TState PrepareState()
Returns
| Type | Description |
|---|---|
| TState |
Reset()
Reset this managed quest and their state. Primarily called before accept quest and after remove quest from quest log. If you override this method, be sure to call
base.Reset()
.
Declaration
public override void Reset()
Overrides
ResetState()
Reset quest state to default state data
Declaration
[Obsolete("Deprecated. Use method CustomQuest.Reset instead", true)]
public void ResetState()
Sync()
Sync quest state with the store (singleplayer or mainplayer) or with host (server) via network in multiplayer game.

Declaration
public void Sync()
Implements
System.IDisposable


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I had a blast at FOW! It's a fantastic way to meet future course mates
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It is definitely an invaluable experience for any incoming freshmen.
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FOW was amazing! It wasn't just fun and games as it helped me to kickstart
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this day, great friends that help one another in their studies. All in all,
it’s a great way to integrate into the university life and a valuable
experience that every freshman should enjoy.
Royce, Year 1 Computer Engineering Student |
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During my freshman year, Freshmen Orientation Week allowed me to make
friends with other freshmen and seniors. This greatly benefited me when the
semester started, as we helped each other with our modules.
Tzer Bin, Year 1 Computer Science Student |
FOW splits the freshmen up into groups with the same major, so it was a
really great way to make friends that can become project group members in
the future or friends that just help each other out. Besides that, the camp
lets you know the school facilities better and you can ask your friendly
orientation leaders anything regarding school life. Anyway, it's a great
time and I highly recommend it!
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Vanessa Loh Jing Yi
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It is a natural soluble fiber, extracted from blue agave, its main asset is that it works as a prebiotic, which promotes the growth and development of beneficial bacteria in the gut flora. Main characteristics: •prebiotic, stimulates the growth of beneficial bacteria (bifidobacteria and lactobacilos) with consequent decrease of other harmful bacteria.(e. colli, costridium, among others) •Helpful in the absorption of calcium and magnesium, as a positive consequence in bone strengthening and density. •Neutral color and flavor, when is mixed with other products it does not alter their physical or organoleptic properties.  •Gluten free. •Can be consumed by vegetarians. •Manufactured without the use of genetically modified organisms. •Free from additives and preservatives.


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A Civil Action
Starring John Travolta, Robert Duvall, William H. Macy and Kathleen Quinlan. Directed By Steven Zaillian Running Time: 1 hour 50 minutes.
(Paramount Pictures)
A new courtroom thriller starring John Travolta that _isn't_ written by John Grisham? There's a miracle everyday in Hollywood. This interesting vehicle adapted from the true story novelised by Jonathan Harr is an straight forward telling of the lawfirm Schlichtmann (Travolta) Crowley and Conway (Zeljko Ivanek and Tony Shalhoub) and their involvement in a case against contaminated water. However, this case proves to be hugely expensive for them, and they are drawn into a battle of money and wits against defendant lawyer Jerome Facher (Duvall.)
Adapted by Schindlers List writer Zaillian, A Civil Action is a better courtroom drama than most because much of the movie is set outside the courtroom. In a nice sequence, the film introduces us immediately to Travolta's character and train of though, although the other members of the law firms seem to be compromised in the character developed area. Although Travolta's character is delved into greatly, Conway, Crowley and accountant James Gordon (Macy) are rather faceless, although played with sterling effort by the cast. William H. Macy is particularly good as the edgy accountant who grows more crazy as the firm goes deeper into debt. Shalhoub, after an excellent performance in The Siege is good here, but plays a minor role in the big scheme of things. Ivanek, sadly, doesn't get much of a chance to make an impression on the audience. Robert Duvall is good as the world weary Facher, but it's far too simple a role for him and lacks any real depth. He's fun, but he's not very deep. Quinlan appears in and out of the movie as the leader of the group of parents who are fighting the pollutants of the water (their children died of leukaemia,) and her performance is merely average. John Lithgow and Dan Hedaya, however, are both fun in incredibly minor roles.
 He obviously enjoys working with Duvall again (and vice versa) and it's their scenes together that are the highlights of the movie. Travolta is more than able enough to carry the movie, and his is the only character that's fleshed out with any depth. But the movie never comes to an great conclusion about him, and the end of the movie may leave you annoyed by the fact that the film can't seem to wrap up a potentially interesting character. Perhaps placing the words 'Based on a true story' at the start of the movie was the filmmakers way of wimping out: they must have thought the audiences would of loved these characters because their are real people. But it doesn't work, and having faceless characters makes the film flat and sometimes boring.
Apart from the characters, however, the film in other respects is fine. The direction is impressive and pacy enough, although their are some truly odd camera angles chucked in for no apparent reason. Both the drama and the minor action scenes are handled well enough. There's some suitably 'JFK' type music running throughout, written by Danny Elfman, who I still feel is more comfortable when writing music for darker films. The pacing is fine, although it occasionally drags, and the ending is to abrupt.
Although flawed, A Civil Action does contain enough suspense and tension to keep audiences pleased. Although it doesn't try anything new, A Civil Action is solid entertainment, and is probably worth watching if you want a quick fix of courtroom drama. It's just a shame that a potentially interesting movie is nothing more than average.
RATING=**1/2 OUT OF *****
A David Wilcock Review ©1999
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Implements the predictive k-means method for clustering observations, using a mixture of experts model to allow covariates to influence cluster centers. Motivated by air pollution epidemiology settings, where cluster membership needs to be predicted across space. Includes functions for predicting cluster membership using spatial splines and principal component analysis (PCA) scores using either multinomial logistic regression or support vector machines (SVMs). For method details see Keller et al. (2017) <doi:10.1214/16-AOAS992>.
| Version: | 0.1.0 |
| Imports: | Rcpp (≥ 0.11.5), maxLik, e1071, mgcv |
| LinkingTo: | Rcpp, RcppArmadillo |
| Published: | 2017-11-09 |
| Author: | Joshua Keller |
| Maintainer: | Joshua Keller <jkelle46 at jhu.edu> |
| License: | GPL-3 | file LICENSE |
| NeedsCompilation: | yes |
| CRAN checks: | predkmeans results |
| Reference manual: | predkmeans.pdf |
| Package source: | predkmeans_0.1.0.tar.gz |
| Windows binaries: | r-devel: predkmeans_0.1.0.zip, r-release: predkmeans_0.1.0.zip, r-oldrel: predkmeans_0.1.0.zip |
| OS X binaries: | r-release: predkmeans_0.1.0.tgz, r-oldrel: predkmeans_0.1.0.tgz |
Please use the canonical form https://CRAN.R-project.org/package=predkmeans to link to this page.


Fergus' Blog!
I am a dog! How am I blogging?
My biography
I'm kind of a klutz so it's a miracle that I'm able to type. Here
are my favorite toys:
- A gross piece of rope.
- A squeaky hamburger.
- Sticks that are too big for me to carry!
Here are my favorite places to sleep:
- My bed upstairs
- (As long as it's warm upstairs)
- (And usually at night)
- The chair in the living room
- On the grass in the backyard
- Basically anywhere
You can adopt a dog like me at the Humane Society


This website was created for tiny house owners and enthusiasts. As the tiny house community continues to grow and myself being someone who has built my own tiny house I thought it would be nice to create a place where we can all come together and share our stories and maybe share some building tips. We have a forum here as well for diving deeper into various topics you would like to discuss. Thank you for visiting Tiny Spot.
That's my father in-law Chris who helped a great deal in building our house


@* * Copyright 2023 HM Revenue & Customs * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. *@ @import config.AppConfig @import controllers.routes @import models.request.AuthenticatedRequest @import models.{Appeal, AppealStatus, AppealType, Case, CaseStatus, Permission} @import models.viewmodels.atar.AppealTabViewModel @import views.html.partials.tab_heading @(appealTab: AppealTabViewModel, startTabIndex : Int = 0)(implicit request: AuthenticatedRequest[_], messages: Messages, appConfig: AppConfig) @tab_heading("appeal", messages("case.menu.appeal"))
@messages("case.v2.liability.appeals.tab_paragraph")
| Review or a level of appeal | Appeal status | Change |
|---|---|---|
| @AppealType.format(appeal.`type`) status | @AppealStatus.format(appeal.`type`, appeal.status) | @if(request.hasPermission(Permission.APPEAL_CASE)) { Change } |
This ruling has been cancelled.
If the holder applies for a period of extended use of the ruling, update the status here.


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Github
|
NPM
|
Leaflet
|
Angular
|
GeoJSON


Title and author:
Empuxo
Humberto Carmona
© 2020, Humberto Carmona, H. Carmona. Compiled with EJS 6.01 (201013)
Released under a
license.


Org-level users can manage and/or view information regarding user accounts, billing, resource quota for the organisation and spaces. To edit a member’s role go to their profile page.
Which tasks can org-level roles perform?
Org manager
A superuser who can create and delete spaces within an org, and administer user roles, both within the org and its spaces. We recommend to have at least two org managers.
Org auditor
A user who can view quota allocation and user roles across the org. Auditors can't change any of these configurations.
Org billing manager
A user who can see billing, costs and quota information.
Tasks related to spaces are associated with space-level roles.
| Username | Org manager | Org auditor | Org billing manager | Spaces they’re assigned to |
|---|---|---|---|---|
|<EMAIL_ADDRESS>| production integration staging +6 more | |||
|<EMAIL_ADDRESS>| staging sandbox | |||
|<EMAIL_ADDRESS>(You) | production integration staging +4 more | |||
|<EMAIL_ADDRESS>| integration staging sandbox +2 more | |||
|<EMAIL_ADDRESS>| None | |||
|<EMAIL_ADDRESS>| None | |||
|<EMAIL_ADDRESS>| No org level role | integration staging sandbox +3 more | ||
|<EMAIL_ADDRESS>| No org level role | integration staging sandbox +8 more | ||
|<EMAIL_ADDRESS>| No org level role | integration staging sandbox +2 more | ||
|<EMAIL_ADDRESS>| No org level role | integration staging sandbox | ||
|<EMAIL_ADDRESS>| No org level role | production integration staging +4 more | ||
|<EMAIL_ADDRESS>| No org level role | production integration staging +2 more |


Other Mechanisms of Evolution
Notes
Gene Flow is the Movement of Alleles Between Populations=- When an organism joins a new population and reproduces, its alleles become part of that population's gene pool
- At the same time, these alleles are removed from the gene pool of its former population
- The movement of alleles from one population to another is called gene flow
- For many animals, gene flow occurs when individuals move between populations
- Gene flow can occur in fungi and plant populations when spores or seeds are spread to new areas
- Gene flow increases the genetic variation of the receiving population
- Gene flow between neighboring populations keeps their gene pools similar
- However, the less gene flow that occurs between two populations, the more genetically different the two populations can become
- A lack of gene flow also increases the chance that the two populations will evolve into different species
- Small populations are more likely to be affected by chance
- Due to chance alone, some alleles will likely decrease in frequency and become eliminated
- Other alleles will likely increase in frequency and become fixed
- These changes in allele frequencies that are due to chance are called genetic drift
- Genetic drift causes a loss of genetic diversity in a population
- Bottleneck Effect=
- The bottleneck effect is genetic drift that occurs after an event greatly reduces the size of a population
- The founder effect is genetic drift that occurs after a small number of individuals colonize a new area
- Sexual selection is selection in which certain traits enhance mating success; traits are, therefore, passed on to offspring


$65-$66/101-102: UI vector [$EB22] Jump from $FEE7 ROM-Reference: JMP ($0065): $FEE7 STA $65 : $EBC7 STA $66 : $EBCB Previous Page / Next Page


Pictures:Bernard Brogan and wife Keira jet off to New York for winter getaway 19 Nov 2019, 08:22 by Michelle Townsend (Image: Instagram) (Image: Instagram) (Image: Instagram)


主要讲Android的架构，包括AUDIO, CAMERA, CONNECTIVITY, GRAPHICS, INTERACTION, MEDIA, STORAGE等模块
The OpenGL® ES SDK for Android is a collection of resources to help you build OpenGL ES applications.


Graduate Statistics
Course Description: Use of the Analysis of Variance (ANOVA) Models and Multivariate Analysis in the design and analysis of psychological experiments. Topics include correlation, regression, t-test, ANOVA (between, repeated, and mixed), mediation, moderation, and exploratory factor analysis.
Course Schedule for a 15-week Fall/Spring Semester: The following table provides a proposed 15-week schedule for a fall or spring semester. Materials follow the Field Discovering Statistics using R/SPSS; however, course materials are also provided from the Keppel and Wickens Design and Analysis. Video links from the YouTube channel are attached to match course materials. Years are included when there are multiple versions of the videos - R commands often update, and new videos reflect those changes.
- Cite: Buchanan, E. M. (2020, March 15). Graduate Statistics. https://doi.org/10.17605/OSF.IO/X5GNJ
- OSF Page: https://osf.io/x5gnj/
- GitHub Page: https://github.com/doomlab/statsofdoom-files/tree/master/graduate
SPSS & VassarStats
Extra Videos
Click to see video list.
| Section | Title | Link | Materials | Person | Year Taught |
|---|---|---|---|---|---|
| Regression | SPSS - Moderation Analyses with Simple Slopes + Process | https://youtu.be/0vcUtzPDGrw | https://github.com/doomlab/statsofdoom-files/tree/master/advanced/SPSS | Dr. B | Spring 2015 |
| Regression | SPSS - Mediation Analysis with PROCESS | https://youtu.be/ByuUyLtoTt8 | https://github.com/doomlab/statsofdoom-files/tree/master/advanced/SPSS | Dr. B | Spring 2015 |
| Regression | SPSS - Three Way Moderation - Interactions with PROCESS | https://youtu.be/4k8JFvJRw_w | https://github.com/doomlab/statsofdoom-files/tree/master/advanced/SPSS | Dr. B | Summer 2015 |
| Regression | SPSS - Double Mediation using PROCESS (Model 6) | https://youtu.be/WFWWHF2zltc | https://github.com/doomlab/statsofdoom-files/tree/master/advanced/SPSS | Dr. B | Fall 2016 |
| Regression | SPSS - Moderated Mediation with PROCESS (Model 7) | https://youtu.be/znhs2dqnruk | https://github.com/doomlab/statsofdoom-files/tree/master/advanced/SPSS | Dr. B | Fall 2016 |
| Regression | SPSS - Mediation with PROCESSv3 MPA Talk | https://youtu.be/JOyBdpdcQNk | https://github.com/doomlab/MeMoBootR | Dr. B | Spring 2018 |
| Regression | SPSS - Moderation with PROCESSv3 MPA Talk | https://youtu.be/G_n2is4dE0k | https://github.com/doomlab/MeMoBootR | Dr. B | Spring 2018 |
| Regression | SPSS - Mediation with PROCESS and Covariates (Model 4) | https://youtu.be/D7wt9s0siNY | https://github.com/doomlab/MeMoBootR | Dr. B | Summer 2018 |
| Regression | SPSS - Mediation with PROCESS Categorical Variables (Model 4) | https://youtu.be/r2_zw4G55X0 | https://github.com/doomlab/MeMoBootR | Dr. B | Summer 2018 |
| Regression | SPSS - Moderation with PROCESS with Covariates (Model 1) | https://youtu.be/HcrMju9DDvk | https://github.com/doomlab/MeMoBootR | Dr. B | Summer 2018 |
| Regression | SPSS - Moderation with PROCESS Categorical M (Model 1) | https://youtu.be/vSE7wOD3Xao | https://github.com/doomlab/MeMoBootR | Dr. B | Summer 2018 |
| Regression | SPSS - Serial Mediation with PROCESS and Covariates (Model 6) | https://youtu.be/DOQkBcT-Zzk | https://github.com/doomlab/MeMoBootR | Dr. B | Summer 2018 |
| Regression | SPSS - Double Moderation with PROCESS and Covariates (Model 2) | https://youtu.be/g1Blwq2lqew | https://github.com/doomlab/MeMoBootR | Dr. B | Summer 2018 |
| Programming | SPSS - Composite Variables Example | https://youtu.be/8Lmwc8lXbf4 | NA | Emily Klug | Fall 2015 |
| Programming | SPSS - Introduction to Software Example | https://youtu.be/wINHrk3O-mE | NA | Katherine Miller | Fall 2015 |
| MANOVA | SPSS - Two-Way Between Subjects MANOVA Example | https://youtu.be/91HS2ZwaxDs | https://github.com/doomlab/statsofdoom-files/tree/master/advanced/SPSS | Dr. B | Spring 2015 |
| Logistic | SPSS - Binary Logistic Regression Example | https://youtu.be/QEcwgnXIafo | https://github.com/doomlab/statsofdoom-files/tree/master/advanced/SPSS | Dr. B | Spring 2015 |
| Canonical Correlation | SPSS - Canonical Correlation | https://youtu.be/9ZiLRy-wrAU | https://github.com/doomlab/statsofdoom-files/tree/master/advanced/SPSS | Dr. B | Spring 2015 |
| ANOVA | SPSS - One-Way Between-Subjects ANOVA Example | https://youtu.be/sG808s6jeWs | https://github.com/doomlab/statsofdoom-files/tree/master/advanced/SPSS | Rebecca Knoph | Fall 2015 |
| ANOVA | SPSS - One-Way Repeated Measures ANOVA Example 2 | https://youtu.be/WICrJEy_Hf4 | https://github.com/doomlab/statsofdoom-files/tree/master/advanced/SPSS | Rebecca Knoph | Fall 2015 |
| ANOVA | SPSS - Two-Way Repeated Measures ANOVA Example 2 | https://youtu.be/RLbbrlTF6cI | https://github.com/doomlab/statsofdoom-files/tree/master/advanced/SPSS | Rebecca Knoph | Fall 2015 |
| ANOVA | SPSS - Two-Way Between Subjects ANOVA Example 2 | https://youtu.be/LOqdM75U7Q4 | https://github.com/doomlab/statsofdoom-files/tree/master/advanced/SPSS | Rebecca Knoph | Fall 2015 |
| ANCOVA | SPSS - Two-Way Between Subjects ANCOVA Example | https://youtu.be/dSFBC5QWVE8 | https://github.com/doomlab/statsofdoom-files/tree/master/advanced/SPSS | Dr. B | Spring 2015 |
R Flipped Class
This course includes the learnSTATS
package, which can be found at: https://github.com/doomlab/learnSTATS
Extra Videos
Click to see video list.
| Section | Title | Link | Materials | Person | Year Taught |
|---|---|---|---|---|---|


Bulgaria plans to offer 5G frequencies by June
SOFIA (Reuters) - Bulgaria plans to offer frequencies for 5G wireless networks by the middle of 2020, the head of the telecoms regulator said on Tuesday.
Bulgaria and other European countries are preparing to launch 5G services, which allow high-speed data downloads, and the EU targets having an operational 5G network in at least one city in each member state by the end of next year.
Bulgaria’s telecoms regulator plans to open procedures to grant frequencies in the 700 MHz and 3,600 MHz bands in the second quarter of 2020, Ivan Dimitrov, head of the Communication Regulation Commission, told an industry forum.
Prices are yet to be unveiled, but the regulator, backed by the transport ministry, has proposed that the government approve a 30% to 50% reduction in frequencies fees as of next year to help 5G rollout.
“The idea is to find the proper balance - to pay enough for the frequencies but also have enough funds left to invest in the necessary infrastructure for 5G,” Dimitrov said.
Leading telecom operator Vivacom, as well as A1, part of Austria’s A1 Group controlled by Mexico’s America Movil and Telenor Bulgaria, owned by Czech investment group PPF, have all started 5G trials.
But for 5G rollout, which would require an estimated investment of about 800 million levs ($453 million) over the next three to four years, the telecoms operators say they need to see lower frequencies fees and less bureaucracy for new infrastructure permits.
The three telecoms operators are also likely to seek an eventual cooperation to share the costly investment. Vivacom’s Chief Executive Atanas Dobrev said on Tuesday that network sharing should be encouraged and expected.
Telenor Bulgaria’s CEO Jason King sees cooperation as an option.
“Nothing has been conclusive yet, but when you have very expensive technology and a very mature market and you want to bring services that are palatable to the consumer, you have to find potentially different alterative ways to do it,” King said.


NO LOOKING BACK A film review by Matt Williams
RATING: * 1/2* out of * * * *
Edward Burns tackles his third picture with No Looking Back, and like his previous two, it is a working-class relationship picture. However, unlike his previous work, the film dwells on a more personal story, and with a female protagonist. And in No Looking Back, he stumbles, making a slow, boring film without the spark that enlivened his previous work.
 She's at a turning point in her life, and feels as if she's going nowhere. Her boyfriend, Michael (Jon Bon Jovi), is broke and in a dead end job. If she were to marry him, she'd never get a chance to escape this town.
Enter Charlie (Edward Burns), Claudia's old flame. He skipped town several years before, without any explanations...even for Claudia. He has come back to town to see her, and suddenly she is torn. Should she stay with stable Michael, and never escape her hometown...or should she ignore her instincts and fall for Charlie again.
Part of the answer lies in the character of her mother (Blythe Danner), who fell for the wrong man...and has spent her life pining for Claudia's father to return. Now it seems that Claudia is about to make the same mistakes.
At only a little past ninety minutes, No Looking Back is rather short for its genre. Unfortunately, it seems much much longer. The storyline is simple and uninspired, and there's a lack of energy to the whole proceedings, which makes the entire drama rather tedious.
Edward Burns makes a misstep by casting himself in the crucial role as the egomaniacal old flame. There's no one to restrain his ego, which reigns unchecked. He walks into the room and Lauren Holly swoons...yeah, right.
Lauren Holly does what she can with her central character. But we never understand why her character makes such pathetically bad decisions...and we never really care.
Bon Jovi is the only sympathetic character in the whole movie. His acting talents are much greater than they might seem, but he is given a mostly bland and ineffective role to work with.
There's not much to recommend in No Looking Back. It's not that the film is bad...it's simply boring. There's no zest in any aspect of the film, and no reason to spend ninety minutes watching it.
Copyright 1998 Matt Williams
- Matt Williams<EMAIL_ADDRESS>Reviewer for Cinematter: http://www.cinematter.com Home of over 500 reviews, and information on over 600 upcoming releases
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


activityRatio.Rd
This function takes in data for a recorder and calculates the activity ratio, total duration and number of active days
activityRatio(recorder_name, data, recorder_col = "recorders", date_col = "date_start", summer_days = NULL)
| recorder_name | the name of the recorder for whom you want to calculate the metrics |
|---|---|
| data | the data.frame of recording information |
| recorder_col | the name of the column that contains the recorder names |
| date_col | the name of the column that contains the date. This must be formatted as a date |
| summer_days | Activity ratio is only calculated for the summmer period is this parameter is provided. This is a three column data.frame: year, Jday_start (numeric Julian day of the first day of summer), Jday_end (numeric Julian day of the last day of summer). These are returned as an attribute from |
A data.frame with four columns
recorder
- The name of the recorder, as given in the recorder_name argument
activity_ratio
- The proportion of days on which the volunteer was active in relation to the total days he/she remained linked to the project (i.e. active_days
/ duration
. Duration is either the number of days elapsed from their first to last record, or if summer_days
is provided it is the the number of days elapsed from their first to last record that fall into the summer periods)
total_duration
- The total number of days the volunteer was involved in the project, calculated as the number of days from the first record they submitted to the last (inclusive)
active_days
- The total number of unique dates on which observations were made
# NOT RUN { # load example data head(cit_sci_data) # Get the summer period SD <- summerData(cit_sci_data, date_col = 'date') ar <- activityRatio(recorder_name = 3007, data = cit_sci_data, recorder_col = 'recorder', date_col = 'date', summer_days = attr(SD, 'cutoffs')) # Run the metric for all recorders ar_all <- lapply(unique(cit_sci_data$recorder), FUN = activityRatio, data = cit_sci_data, recorder_col = 'recorder', date_col = 'date', summer_days = attr(SD, 'cutoffs')) # summarise as one table ar_all_sum <- do.call(rbind, ar_all) hist(ar_all_sum$active_days, breaks = 80) # }


Preparation time
less than 30 mins
Cooking time
30 mins to 1 hour
Serves
Serves 4
Bring the flavours of Venice to your kitchen with this flavourful fish dish.
For the fish stock, put all the ingredients except the fish bones into a large pan, bring to the boil, then turn down the heat and simmer gently for 20 minutes.
Add the fish bones (or fish fillet) and bring back up to a simmer, skimming off any scum as it rises to the surface. Simmer for a further 20 minutes. Strain through a sieve into a clean pan and simmer a little longer, if necessary, until reduced to about 1.2 litres/2 pints. If not using immediately, cool and refrigerate or freeze for later use.
For the tomato sauce, heat the olive oil and garlic in a saucepan. As soon as the garlic starts to sizzle, add the tomatoes and simmer for 15-20 minutes, breaking them up as they cook. Cook until the sauce has reduced and thickened, then season with salt and pepper. The sauce is ready to use. If not using immediately, leave to cool, then refrigerate for up to a week or freeze for later use.
Season the John Dory fillets with some salt and pepper and lightly dust with flour. Heat the olive oil in a frying pan, add the fillets skin-side down and fry for 2-3 minutes until lightly browned. Season with a squeeze of lemon juice, turn the fish over and cook for a further minute. Remove from the pan and keep warm.
Add the Worcestershire sauce, gherkins, whole and chopped capers, tomatoes, tomato sauce and fish stock to the pan, bring to the boil then reduce a little to create the sauce. Add the fish carefully back to the pan for a minute to warm through in the sauce.
Serve immediately, drizzled with a little more olive oil and sprinkled with fresh parsley.


This JavaScript implementation of Magenta's image models uses TensorFlow.js for GPU-accelerated inference.
Complete documentation is available at https://tensorflow.github.io/magenta-js/image.
You can try our hosted demos for each model and have a look at the demo code.
Implements Ghiasi et al.'s fast arbitrary style transfer model (paper, code). Wraps around Reiichiro Nakano's TensorFlow.js port of the model checkpoint.
There are two main ways to get MagentaImage.js in your JavaScript project: via script tags or by installing it from NPM and using a build tool like yarn.
Add the following code to an HTML file, and place a content (content.jpg
) and style (style.jpg
) image in the same directory:

Launch a simple HTTP server (e.g. python3 -m http.server
) and point your browser to http://<IP_ADDRESS>:8000/. You should see your content and style images displayed and, after a few seconds, the stylized output.
Add MagentaImage.js to your project using yarn or npm.
For example, with yarn you can simply call yarn add @magenta/image
.
Then, you can use the library in your own code as in the following example:
import * as mi from '@magenta/image';
const model = new mi.ArbitraryStyleTransferNetwork();
const contentImg = document.getElementById('content') as HTMLImageElement;
const styleImg = document.getElementById('style') as HTMLImageElement;
const stylizedCanvas = document.getElementById('stylized') as HTMLCanvasElement;
function stylize() {
model.stylize(contentImg, styleImg).then((imageData) => {
stylizedCanvas.getContext('2d').putImageData(imageData, 0, 0);
});
}
model.initialize().then(stylize);
See style-transfer.glitch.me and our demos for example usage.
yarn install
to install dependencies.
yarn test
to run tests.
yarn bundle
to produce a bundled version in dist/
.
yarn run-demos
to build and run the demo.
Generated using TypeDoc


{% if user.is_anonymous %} You must be logged in to perform that action. {% else %} You need {{needed_access}} to perform that action. {% endif %}


Model FixedBoundary defines constant values for boundary conditions:
Note, that boundary temperature, density, specific enthalpy, mass fractions and trace substances have only an effect if the mass flow is from the Boundary into the port. If mass is flowing from the port into the boundary, the boundary definitions, with exception of boundary pressure, do not have an effect.


{% extends "base.html" %} {% block stuff %}
This page takes forever to load. Only click the button if you have a cup of tea at the ready..
Load Graphs


I have a couple of hobbies that I partake in on my free time, the first is called boffer LARP (Live Action Role Playing). In a boffer LARP you as a player create a character, figure out your costume, get LARP save weapons and gear gear; then go to an event as your character and engage with other players to tell a story, which can sometimes include battle with latex swords and nerf guns. It is very similar to impromptu or improvisational theater because you are literally just making up dialogue based on a given scenario given to you by the game storyteller. My main boffer LARP that I play in currently is a Star Wars LARP. I am in the process of writing my own boffer LARP using a Cyberpunk theme. It is a work in progress and I am hoping to create a website for it.
My second hobby is similar to my first but it is called theater LARP. The main difference is theatrical LARP does not engage in physical combat resolution. Conflicts are resolved using rock, paper, scissors. That may sound silly but it is actually a very effective method. You still create a character, figure out a costume, and gather props to make the setting feel more realistic. There are a couple of settings but Vampire: The Masquerad is and Werewolf: The Apocolypse are the two main settings I play in.
 I currently have four consoles that I play on, an original XBox, XBox 360, XBoxOne, and Nintendo Wii. Some of my favorite games are Halo series, Fallout 4, Watch Dogs 1 & 2, Knights of the Old Republic 1 & 2, and Mass Effect series.


Seasonal- and calendar adjustment of time series with daily frequency using the DSA approach developed by Ollech, Daniel (2018): Seasonal adjustment of daily time series. Bundesbank Discussion Paper 41/2018.
| Version: | 0.60.32 |
| Depends: | R (≥ 3.1.0) |
| Imports: | ggplot2, xts, zoo, R2HTML, xtable, grid, tools, tsoutliers, htmlwidgets, forecast, rJava, timeDate, dygraphs, extrafont, gridExtra, reshape2, stats |
| Published: | 2018-10-29 |
| Author: | Daniel Ollech [aut, cre] |
| Maintainer: | Daniel Ollech <daniel.ollech at bundesbank.de> |
| License: | GPL-3 |
| NeedsCompilation: | no |
| Materials: | NEWS |
| In views: | TimeSeries |
| CRAN checks: | dsa results |
| Reference manual: | dsa.pdf |
| Package source: | dsa_0.60.32.tar.gz |
| Windows binaries: | r-devel: dsa_0.60.32.zip, r-release: dsa_0.60.32.zip, r-oldrel: dsa_0.60.32.zip |
| OS X binaries: | r-release: dsa_0.60.32.tgz, r-oldrel: dsa_0.60.32.tgz |
| Old sources: | dsa archive |
Please use the canonical form https://CRAN.R-project.org/package=dsa to link to this page.


This project will be using an RGB LED to scroll through a variety of colors. RGB stands for Red, Green and Blue and this LED has the ability to create nearly unlimited color combinations.
Parts Needed
- (1) Arduino Uno
- (1) USB A-to-B Cable
- (1) Breadboard – Half Size
- (1) RGB LED
- (3) 330 Ω Resistor
- (5) Jumper Wires
Project Diagram
Project Code
- Connect the Arduino board to your computer using the USB cable.
- Open project code – Circuit_09_RGBLED
- Select the board and serial port as outlined in earlier section.
- Click upload button to send sketch to the Arduino.


CUSTOMS OF ANCIENT DAYS.
"The king was to his palace, though the service was ydo,
Vied with his mienie, and the queen to her also;
For she held the old usages."
ROBERT OF GLOUCESTER
SANDING THE STEP ON NEW YEAR'S DAY.
"They say, miracles are past, and we have oar
philosophical persons, to make modern and familiar things supernatural and
causeless. Hence is it that we make trifles of terrors, ensconcing ourselves
into seeming knowledge."--All's Well that Ends Well.
-- SHAKESPEARE.
IN the rural districts of Cornwall, it is thought to be unlucky if a female is the first to enter the house on pew-year's morning. To insure the contrary, it was customary to give boys some small reward for placing sand on the door-steps and in the passage.
In many places, not many years since, droves of boys would march through the towns and villages, collecting their fees for "sanding your step for good luck."
This custom prevails over most parts of England. I know a lady who, at the commencement of the present year, sent a cab-man into her house before her, upon promise of giving him a glass of spirits, so that she might insure the good luck which depends upon "a man's taking the new year In."


--- layout: post title: "No Title" ---
I don’t want to stare at some photo of me at 21 when I’m 50 and contemplate everything I was, or could have been. I don’t want to have to drown in partial truths, grasping at a falling memory to paint in details. I’d rather either remember, or not.I couldn’t agree more with Jack Shedd about photographs.


- ROLES
-
ROR Developer
-
Js/Jquery
-
Android
-
IOS
- EMPLOYEES
- To-Dos
- ROR Developer
- JS/JQuery
- Android
- IOS


|
Simbody
3.5
|
A primitive useful for computations involving a single cubic Hermite curve segment in algebraic or geometric (Hermite) form. More...
Public Member Functions | |
| CubicHermiteCurve_ () | |
| Construct an uninitialized curve; coefficients will be garbage. More... | |
| CubicHermiteCurve_ (const Vec< 4, Vec3P > &A) | |
| Construct a cubic Hermite curve using the given algebraic coefficients A=[a3 a2 a1 a0], such that points on the curve are P(u)=sum_i(ai*u^i). More... | |
| const Vec< 4, Vec3P > & | getAlgebraicCoefficients () const |
| Return a reference to the algebraic coefficients A=[a3 a2 a1 a0] that are stored in this object. More... | |
| Vec< 4, Vec3P > | calcGeometricCoefficients () const |
| Calculate the Hermite coefficients H=[h0 h1 hu0 hu1] from the stored algebraic coefficients. More... | |
| Vec3P | evalP (RealP u) const |
| Evaluate a point P(u) on this curve given a value for parameter u in [0,1]. More... | |
| Vec3P | evalPu (RealP u) const |
| Evaluate the tangent Pu=dP/du on this curve given a value for parameter u in [0,1]. More... | |
| Vec3P | evalPuu (RealP u) const |
| Evaluate the second derivative Puu=d2P/du2 on this curve given a value for parameter u in [0,1]. More... | |
| Vec3P | evalPuuu (RealP u) const |
| Evaluate the third derivative Puuu=d3P/du3 on this curve. More... | |
Static Public Member Functions | |
Utility methods | |
These static methods provide operations useful for working with cubic Hermite curves. | |
| static Row< 4, P > | calcU (RealP u) |
| Return the row vector U=[u^3 u^2 u 1]. More... | |
| static Row< 4, P > | calcFh (RealP u) |
| Calculate the Hermite basis functions Fh=[F1..F4] for a given value of the parameter u. More... | |
| static Row< 4, P > | calcFhu (RealP u) |
| Calculate first derivatives Fhu=[F1u..F4u] of the Hermite basis functions for a given value of the parameter u. More... | |
| static Row< 4, P > | calcFhuu (RealP u) |
| Calculate second derivatives Fhuu=[F1uu..F4uu] of the Hermite basis functions for a given value of the parameter u. More... | |
| static Row< 4, P > | calcFhuuu (RealP u) |
| Calculate third derivatives Fhuuu=[F1uuu..F4uuu] of the Hermite basis functions for a given value of the parameter u. More... | |
| static Vec< 4, Vec3P > | calcAFromH (const Vec< 4, Vec3P > &H) |
| Given the Hermite coefficients H=~[h0 h1 hu0 hu1], return the algebraic coefficients A=~[a3 a2 a1 a0]. More... | |
| static Vec< 4, Vec3P > | calcHFromA (const Vec< 4, Vec3P > &A) |
| Given the algebraic coefficients A=~[a3 a2 a1 a0], return the Hermite coefficients H=~[h0 h1 hu0 hu1]. More... | |
| static Vec3P | evalPUsingA (const Vec< 4, Vec3P > &A, RealP u) |
| Given algebraic coefficients A and a value for the curve parameter u, return the point P(u) at that location. More... | |
| static Vec3P | evalPuUsingA (const Vec< 4, Vec3P > &A, RealP u) |
| Given algebraic coefficients A and a value for the curve parameter u, return the first derivative Pu(u)=dP/du at that location. More... | |
| static Vec3P | evalPuuUsingA (const Vec< 4, Vec3P > &A, RealP u) |
| Given algebraic coefficients A and a value for the curve parameter u, return the second derivative Puu(u)=d2P/du2 at that location. More... | |
| static Vec3P | evalPuuuUsingA (const Vec< 4, Vec3P > &A, RealP u) |
| Given algebraic coefficients A and a value for the curve parameter u, return the third derivative Puuu(u)=d3P/du3 at that location. More... | |
| static Vec3P | evalPUsingH (const Vec< 4, Vec3P > &H, RealP u) |
| Given Hermite coefficients H and a value for the curve parameter u, return the point P(u) at that location. More... | |
| static Vec3P | evalPuUsingH (const Vec< 4, Vec3P > &H, RealP u) |
| Given Hermite coefficients H and a value for the curve parameter u, return the first derivative Pu(u)=dP/du at that location. More... | |
| static Vec3P | evalPuuUsingH (const Vec< 4, Vec3P > &H, RealP u) |
| Given Hermite coefficients H and a value for the curve parameter u, return the second derivative Puu(u)=d2P/du2 at that location. More... | |
| static Vec3P | evalPuuuUsingH (const Vec< 4, Vec3P > &H, RealP u) |
| Given Hermite coefficients H and a value for the curve parameter u, return the third derivative Puuu(u)=d3P/du3 at that location. More... | |
| static Mat< 4, 4, P > | getMh () |
| Obtain the Hermite basis matrix Mh explicitly. More... | |
| static Vec< 4, P > | multiplyByMh (const Vec< 4, P > &v) |
| Form the product of the Hermite basis matrix Mh and a 4-vector, exploiting the structure of Mh (which is not symmetric). More... | |
| static Mat< 4, 4, P > | getMhInv () |
| Obtain the inverse inv(Mh) of the Hermite basis matrix explicitly. More... | |
| static Vec< 4, P > | multiplyByMhInv (const Vec< 4, P > &v) |
| Form the product of the inverse Hermite basis matrix inv(Mh) and a 4-vector, exploiting the structure of inv(Mh) (which is not symmetric). More... | |
A primitive useful for computations involving a single cubic Hermite curve segment in algebraic or geometric (Hermite) form.
Objects of this class contain the algebraic coefficients because most operations are more efficient in that form, but methods are provided for easy conversion to or from Hermite form and for working directly with the Hermite form.
Note that a cubic Hermite spline (made up of multiple segments) would not necessarily be composed of these because they can be contructed more compactly with shared end points. However, the primitive and inline methods here can be used for fast curve segment computations.
The primary reference for this implementation is the book "Geometric Modeling, 3rd ed." by Michael E. Mortenson, Industrial Press 2006, chapter 3. We follow Mortenson's notation here (with a few exceptions) and equation numbers are from the text. We're using h's for the Hermite coefficients rather than Mortenson's b's to avoid confusion with Bezier control points B, so that we can use A for algebraic, H for Hermite, and B for Bezier coefficient matrices.
The curve is parameterized by a scalar u in [0..1], such that points on the curve, and their derivatives with respect to u are given by
P(u) = a3 u^3 + a2 u^2 + a1 u + a0 (3.2) Pu(u) = 3 a3 u^2 + 2 a2 u + a1 Puu(u) = 6 a3 u + 2 a2 Puuu(u) = 6 a3
where Pu=dP/du, Puu=d2P/du2, Puuu=d3P/du3. Note that all higher derivatives are zero for a cubic. The 3-vectors ai are the algebraic coefficients, and that is the algebraic form of this cubic curve. The Hermite, or geometric, form is parameterized by position and tangent at the end points, given by
h0=P(0)=a0, h1=P(1)=a3+a2+a1+a0, hu0=Pu(0)=a1, hu1=Pu(1)=3*a3+2*a2+a1
These define the Hermite coefficients h0, h1, hu0, hu1. In this form the curve's points are
P(u) = F1(u) h0 + F2(u) h1 + F3(u) hu0 + F4(u) hu1 (3.6) Pu(u) = F1u(u) h0 + F2u(u) h1 + F3u(u) hu0 + F4u(u) hu1 Puu(u) = F1uu(u) h0 + F2uu(u) h1 + F3uu(u) hu0 + F4uu(u) hu1 Puuu(u) = F1uuu(u) h0 + F2uuu(u) h1 + F3uuu(u) hu0 + F4uuu(u) hu1
where the Fi's are the (scalar) Hermite basis functions given by
F1(u) = 2 u^3 - 3 u^2 + 1 F2(u) = -2 u^3 + 3 u^2 (3.4) F3(u) = u^3 - 2 u^2 + u F4(u) = u^3 - u^2
F1u(u) = 6 u^2 - 6 u F1uu(u) = 12 u - 6 F1uuu(u) = 12 (3.7) F2u(u) = -6 u^2 + 6 u F2uu(u) = -12 u + 6 F2uuu(u) = -12 (3.8) F3u(u) = 3 u^2 - 4 u + 1 F3uu(u) = 6 u - 4 F3uuu(u) = 6 F4u(u) = 3 u^2 - 2 u F4uu(u) = 6 u - 2 F4uuu(u) = 6
In matrix notation, let Fh=[F1 F2 F3 F4], and U=[u^3 u^2 u 1]. Then Fh = U Mh where Mh, the Hermite basis transformation matrix, and its inverse are:
[ 2 -2 1 1 ] [ 0 0 0 1 ] Mh = [-3 3 -2 -1 ] inv(Mh) = [ 1 1 1 1 ] (3.18) [ 0 0 1 0 ] [ 0 0 1 0 ] (3.23) [ 1 0 0 0 ] [ 3 2 1 0 ]
(Mortenson calls this matrix "Mf".) Now we can write the algebraic and Hermite forms in matrix notation. Let A=~[a3 a2 a1 a0], H=~[h0 h1 hu0 hu1]. We have
P(u) = U A = U Mh H A = Mh H (3.20-22) H = inv(Mh) A
where the last two equations show how to convert between the algebraic and geometric forms. Note that while U, Fh, and Mh are ordinary matrices, A and H are hypermatrices since their elements are 3-vectors.
Because of the sparsity of the matrices and the many common subexpressions above, it saves a considerable amount of computation to work out the necessary products by hand, and this implementation does that. For example, to find the algebraic coefficients A given the Hermite coefficients H the matrix-vector multiply Mh*H would take 3x28=84 flops, while the hand-worked version is:
[ a3 ] [ 2 (h0 - h1) + hu0 + hu1 ] A = [ a2 ] = [-3 (h0 - h1) - 2 hu0 - hu1 ] [ a1 ] [ hu0 ] [ a0 ] [ h0 ]
which instead takes 3x8=24 flops, 3.5X faster.
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inline |
Construct an uninitialized curve; coefficients will be garbage.
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inlineexplicit |
Construct a cubic Hermite curve using the given algebraic coefficients A=[a3 a2 a1 a0], such that points on the curve are P(u)=sum_i(ai*u^i).
If you have Hermite coefficients H, convert them to algebraic using static method calcAFromH().
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inline |
Return a reference to the algebraic coefficients A=[a3 a2 a1 a0] that are stored in this object.
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inline |
Calculate the Hermite coefficients H=[h0 h1 hu0 hu1] from the stored algebraic coefficients.
Here h0=P(0), h1=P(1), hu0=(dP/du)(0), hu1=(dP/du)(1) where P(u) is the curve evaluation function. Cost is 21 flops.
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inline |
Evaluate a point P(u) on this curve given a value for parameter u in [0,1].
Values outside this range are permitted but do not lie on the curve segment. Cost is 20 flops.
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inline |
Evaluate the tangent Pu=dP/du on this curve given a value for parameter u in [0,1].
Values outside this range are permitted but do not lie on the curve segment. Cost is 15 flops.
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inline |
Evaluate the second derivative Puu=d2P/du2 on this curve given a value for parameter u in [0,1].
Values outside this range are permitted but do not lie on the curve segment. Cost is 10 flops.
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inline |
Evaluate the third derivative Puuu=d3P/du3 on this curve.
Parameter u is ignored here since the 3rd derivative of a cubic curve is a constant. Cost is 3 flops.
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inlinestatic |
Return the row vector U=[u^3 u^2 u 1].
Cost is 2 flops.
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inlinestatic |
Calculate the Hermite basis functions Fh=[F1..F4] for a given value of the parameter u.
This is an optimized calculation of U*Mh, taking 10 flops.
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inlinestatic |
Calculate first derivatives Fhu=[F1u..F4u] of the Hermite basis functions for a given value of the parameter u.
Cost is 10 flops.
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inlinestatic |
Calculate second derivatives Fhuu=[F1uu..F4uu] of the Hermite basis functions for a given value of the parameter u.
Cost is 6 flops.
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inlinestatic |
Calculate third derivatives Fhuuu=[F1uuu..F4uuu] of the Hermite basis functions for a given value of the parameter u.
For a cubic curve the third derivative is a constants so the cost is 0 flops.
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inlinestatic |
Given the Hermite coefficients H=~[h0 h1 hu0 hu1], return the algebraic coefficients A=~[a3 a2 a1 a0].
All coefficients are 3-vectors. Cost is 24 flops.
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inlinestatic |
Given the algebraic coefficients A=~[a3 a2 a1 a0], return the Hermite coefficients H=~[h0 h1 hu0 hu1].
All coefficients are 3-vectors. Cost is 21 flops.
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inlinestatic |
Given algebraic coefficients A and a value for the curve parameter u, return the point P(u) at that location.
Cost is 20 flops.
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inlinestatic |
Given algebraic coefficients A and a value for the curve parameter u, return the first derivative Pu(u)=dP/du at that location.
Cost is 15 flops.
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inlinestatic |
Given algebraic coefficients A and a value for the curve parameter u, return the second derivative Puu(u)=d2P/du2 at that location.
Cost is 10 flops.
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inlinestatic |
Given algebraic coefficients A and a value for the curve parameter u, return the third derivative Puuu(u)=d3P/du3 at that location.
The parameter u is ignored since the third derivative of a cubic is just a constant. Cost is 3 flops.
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inlinestatic |
Given Hermite coefficients H and a value for the curve parameter u, return the point P(u) at that location.
Cost is 31 flops. Note that if you need to do this for the same curve more than twice, it is cheaper to convert to algebraic form using calcAFromH() (24 flops) and then evaluate using A (20 flops).
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inlinestatic |
Given Hermite coefficients H and a value for the curve parameter u, return the first derivative Pu(u)=dP/du at that location.
Cost is 31 flops. Note that if you need to do this for the same curve more than once, it is cheaper to convert to algebraic form using calcAFromH() (24 flops) and then evaluate using A (15 flops).
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inlinestatic |
Given Hermite coefficients H and a value for the curve parameter u, return the second derivative Puu(u)=d2P/du2 at that location.
Cost is 27 flops. Note that if you need to do this for the same curve more than once, it is cheaper to convert to algebraic form using calcAFromH() (24 flops) and then evaluate using A (10 flops).
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inlinestatic |
Given Hermite coefficients H and a value for the curve parameter u, return the third derivative Puuu(u)=d3P/du3 at that location.
Cost is 21 flops. Note that if you need to do this for the same curve more than once, it is cheaper to convert to algebraic form using calcAFromH() (24 flops) and then evaluate using A (3 flops).
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inlinestatic |
Obtain the Hermite basis matrix Mh explicitly.
This is mostly useful for testing since specialized routines can save a lot of CPU time over working directly in matrix form. This is a constant matrix so there is no computation cost.
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inlinestatic |
Form the product of the Hermite basis matrix Mh and a 4-vector, exploiting the structure of Mh (which is not symmetric).
Cost is 8 flops.
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inlinestatic |
Obtain the inverse inv(Mh) of the Hermite basis matrix explicitly.
This is mostly useful for testing since specialized routines can save a lot of CPU time over working directly in matrix form. This is a constant matrix so there is no computation cost.
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inlinestatic |
Form the product of the inverse Hermite basis matrix inv(Mh) and a 4-vector, exploiting the structure of inv(Mh) (which is not symmetric).
Cost is 7 flops.