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Add a new book
Contact information
Do you have any questions or you just want to say "Hello"?
You can reach out to us!
- Our e-mail<EMAIL_ADDRESS>- Our phone number:<PHONE_NUMBER>4422
- Our address Streetname 22, 84503 City, Country
Do you have any questions or you just want to say "Hello"?
You can reach out to us!


{% extends "global/Page.html" %}
{% load otree %}
{% block title %}
Start Page
{% endblock %}
{% block content %}
Please click the button to begin your task. You will have 5 minutes to answer as many questions as you can. Good luck!
{% next_button %}
{% endblock %}


Back to Map
Look for: Weeping form with pendent branches, seldom flowers
Origin: China/Korea
Weeping pagodatree is a deciduous tree that typically grows 15 to 25 feet in height. It has a weeping form with pendent branches. The species form (Styphonolobium japonica) requires tremendous space and is best reserved for large areas. It grows 50 to 70 feet high and wide. Weeping pagodatree seldom flowers. Flowers are creamy white, pea-like and in 6 to 14 inch-long clusters. Flowers are fragrant and bloom between July and August. Flowers are pollinated by bees. Fruit is a 3 to 8 inch-long green pod that turns golden when ripe.
The weeping form of the Japanese Pagodatree is a rare plant to begin with, but when you come across one this grand and old, it is really a unique find. Hands down, it is the largest in the state. The cascading green stems create the illusion of a waterfall and add int::erest to the winter landscape. Compare this cultivar of the Japanese Pagodatree to the non-weeping species form you saw earlier on the walk.
USDA Zones 4-8


We redefine solutions!
- evolve distributed communities
- engineer B2B convergence
- embrace intuitive content
- facilitate innovative platforms
- e-enable open-source functionalities
- envisioneer global markets
- syndicate value-added e-markets
- cultivate efficient networks
- iterate cross-platform paradigms
- scale distributed markets
- redefine distributed applications
- visualize global functionalities
- morph rich content
- incubate rich niches


CueZero has recently been named in the Anthill Smart 100 for Australian innovation! We are currently in development and scheduled for beta testing in the second half of 2014. In the meantime, please take a look around.
Because we’re all about insight-driven decision-making we’d love to hear what you think. And in the spirit of CueZero, we’ll also keep you informed of our progress along the way.
Fancy your organization as an innovator and want to be the first to get a sneak peek at the tool before it launches? Connect with CueZero


Determine if the JS environment has Symbol support. Supports spec, or shams.
var hasSymbols = require('has-symbols');
hasSymbols() === true; // if the environment has native Symbol support. Not polyfillable, not forgeable.
var hasSymbolsKinda = require('has-symbols/shams');
hasSymbolsKinda() === true; // if the environment has a Symbol sham that mostly follows the spec.
Simply clone the repo, npm install
, and run npm test


All {{ movie['num_mflix_comments'] }} comments for {{ movie['title'] }}
{% include "partials/movie_basic_info.html" %}{% include "partials/comments_form.html" %}
{% include "partials/comments_list.html" %} {% else %}
{% extends "mflix/templates/header.html" %} {% block body %} {% if movie %}


A couple of days back I celebrated my 100th day on the road (by eating a huge water melon of course) and so now this trip is officially my longest bicycle trip both in time and distance.
For those of you who also like to travel I decided to share all the information that I gathered about this trip:
Days Travelled: 100
Days Cycled: 73
Total Distance: 5106.87 km
Average Distance / Day: 69.96 km
Average Distance / Day (inc. rest days): 51.07 km
Average Speed: 14.93 km/h
Average Time Cycling / Day: 4 h 40 min
Total Money Spent: 837.55 €
Money Spent / Day: 8.38 €
Total Money Spent on Accomodation: 0 €
Countries Visited: 11
And a little less factual:
Scars: 10+
Watermelons: 100kg+
Mosquito/Bug Bites: 99999+
Other RTW travellers I met: 4
Favourite Country: Bosnia and Herzegowina
Favourite People: Serbs
Best food: Serbia (Burek!)
Most beautiful women: Serbia (Belgrade!)
Most Expensive Country: Italy
Cheapest country: Albania
Pages Read: 5000+
Longest time w/o shower: 7 days
(during my first week it was really cold, now I shower almost every day)
8 Euros a day might seem low for those who are used to different styles of travel, but when you don't have to spend money on transportation or accomodation, then 8 Euros (on average) is just enough for me to eat whatever I want and also to occasionally eat in restaurants and to get my daily caffeine fix in cafes/bars.
The upcoming countries will be even cheaper, but some of them require visas and there will also be need for other modes of transportation (ferries or maybe even plain tickets). All in all my plan is to spend less than 10 Euros a day, but even if I end up spending more I should be ok for quite a while.
So this is my life right now, if you have any other questions, feel free to ask me ANYTHING


Bot Card Collector
Home
Portfolio
Assembly
Game Status
Game Summary
12
12
Player
Equity
Cash
Mikey
200
20
Donald
100
200
George
150
10
Henry
1000
50


--- subject: "{{SUBJECT}}" --- {{> top }} {{> logo }} {{> greetings }} Thank you for being one of our favorite customers! Here are some things you may like: {{> recommendation }} Happy Shopping {{> footer }}
Thank you for being one of our favorite customers!
Here are some things you may like:


Hyperlinks Page 2
This is a target for hyperlinks from the first page.
Here is a link target element.


{% extends 'school_base.html' %} {% load static %} {% block title %}{{found_school.name}}{% endblock %} {% block content %}
| Date | Name | Grade | Home City |
|---|---|---|---|
| {{review.created_at|date:"Y-m-d"}} | {{review.student}} |
{{review.grade}} | {{review.homecity|capfirst}} |
| Date | Name | Class of | Accepted Colleges |
|---|---|---|---|
| {{review.created_at|date:"Y-m-d"}} | {{review.student}} |
{{review.attended}} | {{review.college}} |


At Shiraz, we’re a global community of
working together ...
Here are the links to the rest of the website:


choose
A human-friendly and fast alternative to cut and (sometimes) awk.
More information: home page
- Print the 5th item from a line (starting from 0):
choose 4
- Print the first, 3rd, and 5th item from a line, where items are separated by ':' instead of whitespace:
choose --field-separator ':' 0 2 4
- Print everything from the 2nd to 5th item on the line, including the 5th:
choose 1:4
- Print everything from the 2nd to 5th item on the line, excluding the 5th:
choose --exclusive 1:4
- Print the beginning of the line to the 3rd item:
choose :2
- Print all items from the beginning of the line until the 3rd item (exclusive):
choose --exclusive :2
- Print all items from the 3rd to the end of the line:
choose 2:
- Print the last item from a line:
choose -1


Hi,
What is the Light Sensor used for? I'm running the emonGLCD_HEM: Home Energy Monitor Example sketch and I do not see a different display during day time or night time (What I suspect the Light Sensor is used for), except for the backlight to switch off at the times defined in the sketch. Also with the emonGLCD_HEM: Home Energy Monitor Example are the tri-color LED used at all?
Thanks
Re: Light sensor and two tri-color ambient indicator LED's
Hello, yes your right, the tri-color LED's and light sensor are not used in the home energy monitor sketch.
The tri-color LED's are used in the PV monitoring sketch and we are yet to use the light sensor, but added it on there for future developments, your welcome to make use of it!
Re: Light sensor and two tri-color ambient indicator LED's
Update: their used now! The latest version of the Home Energy Monitor and Solar PV emonGLCD examples use the light level reading from the LCR to adjust the brightness level of the backlight. In bright light the backlight dims to save power.
I have also implemented the tri colour LED's in the Home Energy Monitor example, the brightness of the red LED varies smoothly depending on the amount of power being consumed. This feature is a bit experimental, let us know what you think.
Re: Light sensor and two tri-color ambient indicator LED's
Brilliant, thanks Glyn, will try it out this weekend
Re: Light sensor and two tri-color ambient indicator LED's
Still very noobie for this as just got everything up and running. Could you please point me to the direction of how enabling backlight in the HomeEnergyMonitor (newest version from github).
Re: Light sensor and two tri-color ambient indicator LED's
Ah - sorry for the silly question, there seemed to be a hardcoded clock time when the background light does not work and as I do not yet have EmonBASE running therefore of course the backgligh did not work.
Maybe in one of the future versions this includes also if (emonbase_notfound) then glcd.backLight(LDRbacklight);
Re: Light sensor and two tri-color ambient indicator LED's
I too have been looking at controlling both the backlight and the LED brightness - taking incident light and, for the LEDs, the power too into account. The big complication is the human eye works on a logarithmic scale, hence it is necessary to take account of that in the algorithm.
The objective was to maintain the backlight and LEDs at a constant perceived brightness irrespective of the ambient lighting conditions. So in bright conditions, backlight and LEDs are at maximum and in low light, both backlight and LEDs dim. It's early days yet but this seems to work reasonably well:
LED = 3.0 * 2 ^ (LDR * 0.0033 - 1) * 2 ^ (pu_power * 3.2 - 1) * 2 ^ (LDR * pu_power * 0.0036 - 1)
where
LED is the PWM output scaled 0-255,
LDR is the light level from the sensor (scaled 0 - 1023),
pu_power is per unit power, scaled 0 - 1.0
' ^ ' is of course exponentiation [in Arduino-speak: pow(2,n) ]
The output (LED) needs to be limited to a maximum value of 255, which happens when the power is 100% and light is about 900.
The coefficients can be adjusted to change the relative effect of the inputs. Don't try this in a sketch, the best way to see what is happening is to write the equation into a spreadsheet and plot the values of LED (on a log scale) against light level with power as a parameter (I used steps of 25%, more gets confusing) and play with the numbers there before importing the values into your sketch.
For controlling the backlight, the same equation can be used, giving it a constant power of 1.05 (yes! - it means it hits maximum brightness slightly earlier than the LEDs). This works in the opposite direction to Glyn's - it reduces the backlight in low light levels thereby attempting to maintain a constant perceived brightness and contrast ratio.
Re: Light sensor and two tri-color ambient indicator LED's
In my fusion of MK2 controller and EmonGLCD I use the backlight and the LDR sensor.
The light sensor monitors the ambient light level and adjusts the LCD display to compensate for room brightness. I don't bother to maintain a constant brightness simply to make sure that when the light levels are low the LCD display backlight doesn't blind anybody who may be in the room.
I also use the LED's to show if the data received from the emonTX indicates that the system is importing or exporting power. The LED's are set to run red if the house is importing and green if it is exporting.
The LED's are set to stay on constantly if the light level is reasonably high and they turn off if the light level detected by the LDR shows a low level of light.
In addition to all of this, the LED's provide a heart beat to indicate that the system is receiving data from the emonTX. If the LED's are running constantly on they will momentarily pulse off every 4 seconds to show the receipt of data. Similarly, if the light level is low they will momentarily pulse on either red or green so as to indicate household import or export.
Take a look at the emonGLCD receiver sketch
http://openenergymonitor.org/emon/node/1103
to see how it all threads together.
Re: Light sensor and two tri-color ambient indicator LED's
Good ideas - here is one more: Regardless of what are the other thoughts of Wattson (RIP) there was two particularly fine features in it: BIG numbers and varying colour based on consumption. So decided to make emonGLCD to show green light ath the background when consumption is low, red when its high - varying in between.
My maxPower during winter heating is 9Kw and normal summer time consumption around 650-800w. The below gives green light for below 1kw and moving gradually to full red. The dividers of /5 and /10 are used for adjusting the colour change to my preference.
...
int greenPWRleds= map(cval, maxPower/5, 0, 0, 200);
int redPWRleds= map(cval, maxPower/10, maxPower, 0, 200);
redPWRleds = constrain(redPWRleds, 0, 200);
greenPWRleds = constrain(greenPWRleds, 0, 200);
...
analogWrite(redLED, redPWRleds);
analogWrite(greenLED, greenPWRleds);
....
the efergy LCD on right is just showing the air to water heatpump consumption, not noticeable at all whereas emonGLCD really shows when the tumbledryer and washing machine together are burning energy
Re: Light sensor and two tri-color ambient indicator LED's
Having a Wattson (as well as everything else), I can totally relate to your idea ! Nice one !!!


Basic Usage
Firstly, include the Syno Survey embedding script in the  of your page

...

...

...
Then place the following code into the body of the page to render survey invitation dialog

...

...
containerId - ID of the parent element where survey will be inserted. IMPORTANT! Invitation popup container element should be child of BODY element, in other words stay on top level of BODY tag.
surveyURL - live public URL for Syno Survey
surveyURLs - List of public URLs for Syno Survey with each survey weight set. Listed surveys distribution will be made based on weight percent values and sum should always match 100. This parameter overrides 'surveyURL' parameter.
skipURLs - survey invitation will not be shown on these URLs
invitationTimeoutSeconds - survey invitation will not be shown at once but after 'invitationTimeoutSeconds' passed
surveyPoolSizePercent - survey invitation will be shown only to certain specific percent of users (browsers)
surveyPoolExpirationDays - used in conjunction with 'surveyPoolSizePercent' setting. Specify amount of days user will stay in (or out of) invittion pool.
enableTracking - is 'true' by default if nothing set. Enabled events tracking like invitation popup shown.
supportURL and supportText - both are required to see 'support' block.
If a user is recognized as a survey candidate then an invitation dialog like the one below will be shown in bottom right corner of the page:
Add 'trigger_es_widget=1' URL parameter to force display of invitation popup.
So page URL should be like https://my-site.com?trigger_es_widget=1.
Google Tag Manager
If Google Tag Manager is used to embed the survey, paste all the code above into the tag and use "DOM Ready" as a trigger type.


Explore The World Of Data Structures ...
At Stacks and Queues, we aim at creating a simple application that helps students easily understand the concepts of stacks and queues using arrays and linked lists with the help of graphic visualization.
Get Started


Index
I would recommend looking through the concept page first, and then look at the first lesson.
Concepts
First Lesson: Variables
Second Lesson: Move a cube
Third Lesson
Reference


Confirm the list of services offered by each one is correct, or tell us which ones need to be removed.
FEF88
Boots Pharmacy - Ivybridge
2-3 Erme Terrace, Station Road, Ivybridge, Devon, PL21 0AL
Pharmacist - Boots Pharmacy - Ivybridge
Pharmacist - Boots NUMSAS Pharmacy - Ivybridge
Pharmacist - Emergency Contraception and Chlamydia - Ivybridge
Pharmacies in your area usually only profile the following services individually: Pharmacy and NUMSAS Pharmacy
Other services you may offer, such as Stopping Smoking or Emergency Contraception, are not profiled individually. Your main profile will include them.
FEJ35
Boots Pharmacy - Tavistock
Boots Pharmacy, 5-6 Duke Street, Tavistock, Devon, PL19 0BA
FA079
Boots Pharmacy - King Street Pharmacy - Plymouth
King Street Pharmacy, 140 King Street, Plymouth, Devon, PL1 5JE


Green Screen
Green Screen Web Page
project done by
Olga Krayevska
while taking
Programming Foundations with JavaScript, HTML and CSS
MOOC by Duke University
Foreground:
Background:


Analytics is often confused for ‘collect all the data you possibly can so you can analyze it, one day’, That is definitely not the case, and even before we start collecting any data at all, we should be able to define what data-points we want to collect and what how they would fit in to a bigger picture and purpose which would be derived from our pre-defined campaign goals i.e
These will dictate which components we should track and how we should set up our analytics funnel via the means and metrics available, such as:
While are CTR is incredibly important at measuring the health of our list and our user engagement, it only indicates at how many people clicked a link, any link, in our email content. To understand our audience further we should take a look at how many have clicked on which of our links in an attempt to further capture their mindset & preferences.
In any and all email marketing platforms, the open rate is measured via a small transparent image which is embedded within the email content. This image, often referred to as a pixel, when loaded in the user’s email client trigger’s the email status as open.
Unfortunately, there are many email clients as well as email users that don’t allow image loading on either mobile, desktop or both, in such circumstance the pixel won’t load and won’t trigger the email status as opened, despite it actually been opened and read. With such users, you might see a click on a link despite the email not being opened.
In email marketing Bounce refers to an email which wasn’t delivered to the recipients.
These are split into types: Hard and Soft Bounces.
A Hard Bounce refers to a permanent issue with the email address which appears to be non-existent, either due to a typo, a false email given, the closing of the email account, or other.
A Soft Bounce refers a temporary issue with the email address such as a full mailbox, an auto-reply due to vacation or other, the recipient’s email server being down, the message being too large for the recipients’ inbox, or your email being blocked.
Using our email marketing platform’s available analytics integrations or even simpler by using UTM codes to direct our campaign audience through to our website we’ll be able to segment them to our campaign in most if not all of our existing analytics platforms, thus allowing us to view their subsequent behaviour on our website.
Whether your recipients open their email on mobile or desktop and which email client they use could tell you a lot of your user base as well as how your emails appear for each due to HTML rendering discrepancies from client to client. Thus instead of checking how your emails appear on every single client out there, you’ll be able to run QA only on those clients used by your recipients.
Sending to a list with various timezones can be cumbersome, with your email reaching some mid-morning, starting their day when they get to the office, and others in the middle of the night appearing as another of several emails received without context and seldom engaged on that day if at all.
Segmenting your lists depending on timezones & geolocations and optimizing on the best time-of-day and day-of-week to send certain types of emails to your specific user base is acute to your optimization process, campaign performance and list health.
While researching the web for best practices on how to design and phrase your marketing emails you’ll find a lot of general or industry-specific advice, performance data, and rules. Take notice that while these are indeed helpful and can offer genuine insight, they are not certain when pertaining to your product and email list.
When conflicted between two different email design or copywriting, the tests you conduct, and the data you gather is what you know about your audience. The rest are but hypotheses, even if appearing as conclusive evidence on a research already conducted by a different brand, it’s their brand and their audience, not yours.
Automation flow optimization isn’t available on every email marketing platform (MailChimp for example) and though there are workarounds such as conducting an A/B test which refers to two different flows, true automation flow optimization is a powerful feature, allowing you to test the different properties of each email, the flow and timing. ActiveCampaign is a great example of this features’ wholistic approach for campaign optimization.


Pentaho subscriptions include professional technical support plans designed to help resolve and anticipate product-related issues when designing, developing, deploying and supporting your Pentaho Business Analytics implementation.
Pentaho support plans encompass bug fixes, technical issues and developer assistance directly from our experts. With professional support you will be up and running quickly- and avoiding downtime. Bug fixes and patches are delivered directly and are incorporated into future versions of the product.
Customer satisfaction is our highest priority. Pentaho hires, trains and certifies only the brightest and highest quality support staff to ensure you receive the expertise and assistance needed to ensure your success.
Training is critical to the success of your Pentaho implementation. Not only will it reduce implementation risks and accelerate user productivity – proper training also ensures you reap all of the benefits Pentaho’s tools can provide for your company.


--- layout: page title: About header-img: "img/about-bg.png" ---
Working every day to be a better developer.


{% extends 'layouts/layout-cookie-banner.html' %} {% extends 'layouts/layout.html' %} {% block pageTitle %} Check your email {% endblock %} {% block content %}
You have been sent a new security code.
Enter the 6 digit security code we have sent to<EMAIL_ADDRESS>to confirm your email address.
You need to use this code within 1 hour or it will expire.
If you did not get a security code, check your spam folder or request a new security code.


Triple Diamond Records
Bringing you records since 1996
Our Mission
You won't believe how poppin' our records will make you feel! We've been dropping these skiddadlies since 1996, which was over 20 years ago. We think we know what we're doing. Our goal is to deliver funky, fresh beats to your home.
Featured Artists
Featured Article
TV Girl Tour Announced
Indie dreampop band TV Girl has announced their US tour dates. Seattle, Portland, and San Diego are some of the cities they will be making their way to. This tour is in coordination with the release of the band's latest LP, "Who Really Cares?".
TV Girl is a Los Angeles-based American band consisting of Brad Petering, Jason Wyman, and Wyatt Harmon. The band describes their music as indie pop and something "you can sing along to, but wouldn't sing around your parents".
Take a look at this artist
Emily Savitri Haines (born January 25, 1974) is a Canadian singer and songwriter. She is best known as the lead singer, keyboardist and songwriter of the rock band Metric and a member of Broken Social Scene. As a solo artist, she has performed under her own name and under the moniker Emily Haines & The Soft Skeleton. Haines possesses a soprano vocal range.
This band is also good
Cherry Glazerr is an American rock band from Los Angeles, California, formed in 2013. The current lineup consists of guitarist and lead vocalist Clementine Creevy, bassist Devin O'Brien and drummer Tabor Allen. The band's sound has transitioned from lo-fi, garage-rock in their debut release Haxel Princess in 2014, to a more polished rock sound, with elements of grunge punk and new wave, in their sophomore release Apocalipstick in 2017.


Here is an overview of this school’s costs, your plan for covering them, the debt you are considering, and the school’s results on a few key metrics. As you look over these numbers again, think about whether you are feeling good about going to this school with this financial plan. If you have multiple offers, use this summary to compare them.
You will also have a chace to print all documents at the end.


A platform for the management of Programming assignments and projects in Universities/Schools. Get Started


Trip.js is a light-weight jQuery plugin that can customize a `tutorial trip` easily
var trip = new Trip([ { sel : $('#element1'), content : 'This is element 1' }, { sel : $('#element2'), content : 'This is element 2' } ], options); // details about options are listed below
You You can set tripIndex ( start from 0 ) to specific trip block at start.
Default :
$.noop
You can set a callback function triggered when the trip starts.
Default :
$.noop
You can set a callback function triggered when the trip ends.
Default :
$.noop
You can ask Trip.js go back to top when ended.
Default :
false
You can set the basic zIndex for overlay if you want to expose elements.
Default :
99999
every trip will be lived for 1 second (1000 ms) by default
Default :
1000
This plugin is still under development ! If you find any bugs or want me to implement anything, please feel free to open an issue to me !


The follow select can be opened with VoiceOver off, but with VoiceOver on it will not open.
First
Second


| AVR Libc Home Page | AVR Libc Development Pages | ||||
| Main Page | User Manual | Library Reference | FAQ | Alphabetical Index | Example Projects |
#include <string.h>
The string functions perform string operations on NULL terminated strings.
Defines | |
| #define | _FFS(x) |
Functions | |
| int | ffs (int __val) |
| int | ffsl (long __val) |
| int | ffsll (long long __val) |
| void * | memccpy (void *, const void *, int, size_t) |
| void * | memchr (const void *, int, size_t) __ATTR_PURE__ |
| int | memcmp (const void *, const void *, size_t) __ATTR_PURE__ |
| void * | memcpy (void *, const void *, size_t) |
| void * | memmem (const void *, size_t, const void *, size_t) __ATTR_PURE__ |
| void * | memmove (void *, const void *, size_t) |
| void * | memrchr (const void *, int, size_t) __ATTR_PURE__ |
| void * | memset (void *, int, size_t) |
| int | strcasecmp (const char *, const char *) __ATTR_PURE__ |
| char * | strcasestr (const char *, const char *) __ATTR_PURE__ |
| char * | strcat (char *, const char *) |
| char * | strchr (const char *, int) __ATTR_PURE__ |
| char * | strchrnul (const char *, int) __ATTR_PURE__ |
| int | strcmp (const char *, const char *) __ATTR_PURE__ |
| char * | strcpy (char *, const char *) |
| size_t | strcspn (const char *__s, const char *__reject) __ATTR_PURE__ |
| char * | strdup (const char *s1) |
| size_t | strlcat (char *, const char *, size_t) |
| size_t | strlcpy (char *, const char *, size_t) |
| size_t | strlen (const char *) __ATTR_PURE__ |
| char * | strlwr (char *) |
| int | strncasecmp (const char *, const char *, size_t) __ATTR_PURE__ |
| char * | strncat (char *, const char *, size_t) |
| int | strncmp (const char *, const char *, size_t) __ATTR_PURE__ |
| char * | strncpy (char *, const char *, size_t) |
| size_t | strnlen (const char *, size_t) __ATTR_PURE__ |
| char * | strpbrk (const char *__s, const char *__accept) __ATTR_PURE__ |
| char * | strrchr (const char *, int) __ATTR_PURE__ |
| char * | strrev (char *) |
| char * | strsep (char **, const char *) |
| size_t | strspn (const char *__s, const char *__accept) __ATTR_PURE__ |
| char * | strstr (const char *, const char *) __ATTR_PURE__ |
| char * | strtok (char *, const char *) |
| char * | strtok_r (char *, const char *, char **) |
| char * | strupr (char *) |
| #define _FFS | ( | x | ) |
This macro finds the first (least significant) bit set in the input value.
This macro is very similar to the function ffs() except that it evaluates its argument at compile-time, so it should only be applied to compile-time constant expressions where it will reduce to a constant itself. Application of this macro to expressions that are not constant at compile-time is not recommended, and might result in a huge amount of code generated.
| int ffs | ( | int | val | ) |
This function finds the first (least significant) bit set in the input value.
| int ffsl | ( | long | __val | ) |
Same as ffs(), for an argument of type long.
| int ffsll | ( | long long | __val | ) |
Same as ffs(), for an argument of type long long.
| void * memccpy | ( | void * | dest, | |
| const void * | src, | |||
| int | val, | |||
| size_t | len | |||
| ) |
Copy memory area.
The memccpy() function copies no more than len bytes from memory area src to memory area dest, stopping when the character val is found.
| void * memchr | ( | const void * | src, | |
| int | val, | |||
| size_t | len | |||
| ) |
Scan memory for a character.
The memchr() function scans the first len bytes of the memory area pointed to by src for the character val. The first byte to match val (interpreted as an unsigned character) stops the operation.
| int memcmp | ( | const void * | s1, | |
| const void * | s2, | |||
| size_t | len | |||
| ) |
Compare memory areas.
The memcmp() function compares the first len bytes of the memory areas s1 and s2. The comparision is performed using unsigned char operations.
| void * memcpy | ( | void * | dest, | |
| const void * | src, | |||
| size_t | len | |||
| ) |
| void * memmem | ( | const void * | s1, | |
| size_t | len1, | |||
| const void * | s2, | |||
| size_t | len2 | |||
| ) |
| void * memmove | ( | void * | dest, | |
| const void * | src, | |||
| size_t | len | |||
| ) |
| void * memrchr | ( | const void * | src, | |
| int | val, | |||
| size_t | len | |||
| ) |
The memrchr() function is like the memchr() function, except that it searches backwards from the end of the len
bytes pointed to by src
instead of forwards from the front. (Glibc, GNU extension.)
NULL
if the character does not occur in the given memory area. | void * memset | ( | void * | dest, | |
| int | val, | |||
| size_t | len | |||
| ) |
| int strcasecmp | ( | const char * | s1, | |
| const char * | s2 | |||
| ) |
Compare two strings ignoring case.
The strcasecmp() function compares the two strings s1
and s2
, ignoring the case of the characters.
s1
is found, respectively, to be less than, to match, or be greater than s2
. A consequence of the ordering used by strcasecmp() is that if s1
is an initial substring of s2
, then s1
is considered to be "less than" s2
. | char * strcasestr | ( | const char * | s1, | |
| const char * | s2 | |||
| ) |
The strcasestr() function finds the first occurrence of the substring s2
in the string s1
. This is like strstr(), except that it ignores case of alphabetic symbols in searching for the substring. (Glibc, GNU extension.)
NULL
if the substring is not found. If s2
points to a string of zero length, the function returns s1
. | char * strcat | ( | char * | dest, | |
| const char * | src | |||
| ) |
Concatenate two strings.
The strcat() function appends the src string to the dest string overwriting the '\0' character at the end of dest, and then adds a terminating '\0' character. The strings may not overlap, and the dest string must have enough space for the result.
| char * strchr | ( | const char * | src, | |
| int | val | |||
| ) |
Locate character in string.
The strchr() function returns a pointer to the first occurrence of the character val
in the string src
.
Here "character" means "byte" - these functions do not work with wide or multi-byte characters.
NULL
if the character is not found. | char * strchrnul | ( | const char * | s, | |
| int | c | |||
| ) |
The strchrnul() function is like strchr() except that if c
is not found in s
, then it returns a pointer to the null byte at the end of s
, rather than NULL
. (Glibc, GNU extension.)
s
(i.e., s+strlen
(s)) if the character is not found. | int strcmp | ( | const char * | s1, | |
| const char * | s2 | |||
| ) |
Compare two strings.
The strcmp() function compares the two strings s1
and s2
.
s1
is found, respectively, to be less than, to match, or be greater than s2
. A consequence of the ordering used by strcmp() is that if s1
is an initial substring of s2
, then s1
is considered to be "less than" s2
. | char * strcpy | ( | char * | dest, | |
| const char * | src | |||
| ) |
Copy a string.
The strcpy() function copies the string pointed to by src (including the terminating '\0' character) to the array pointed to by dest. The strings may not overlap, and the destination string dest must be large enough to receive the copy.
| size_t strcspn | ( | const char * | s, | |
| const char * | reject | |||
| ) |
The strcspn() function calculates the length of the initial segment of s
which consists entirely of characters not in reject
.
s
which are not in the string reject
. The terminating zero is not considered as a part of string. | char * strdup | ( | const char * | s1 | ) |
Duplicate a string.
The strdup() function allocates memory and copies into it the string addressed by s1, including the terminating null character.
| size_t strlcat | ( | char * | dst, | |
| const char * | src, | |||
| size_t | siz | |||
| ) |
Concatenate two strings.
Appends src to string dst of size siz (unlike strncat(), siz is the full size of dst, not space left). At most siz-1 characters will be copied. Always NULL terminates (unless siz <= strlen(dst)).
| size_t strlcpy | ( | char * | dst, | |
| const char * | src, | |||
| size_t | siz | |||
| ) |
Copy a string.
Copy src to string dst of size siz. At most siz-1 characters will be copied. Always NULL terminates (unless siz == 0).
| size_t strlen | ( | const char * | src | ) |
| char * strlwr | ( | char * | s | ) |
| int strncasecmp | ( | const char * | s1, | |
| const char * | s2, | |||
| size_t | len | |||
| ) |
Compare two strings ignoring case.
The strncasecmp() function is similar to strcasecmp(), except it only compares the first len
characters of s1
.
s1
(or the first len
bytes thereof) is found, respectively, to be less than, to match, or be greater than s2
. A consequence of the ordering used by strncasecmp() is that if s1
is an initial substring of s2
, then s1
is considered to be "less than" s2
. | char * strncat | ( | char * | dest, | |
| const char * | src, | |||
| size_t | len | |||
| ) |
| int strncmp | ( | const char * | s1, | |
| const char * | s2, | |||
| size_t | len | |||
| ) |
Compare two strings.
The strncmp() function is similar to strcmp(), except it only compares the first (at most) n characters of s1 and s2.
| char * strncpy | ( | char * | dest, | |
| const char * | src, | |||
| size_t | len | |||
| ) |
Copy a string.
The strncpy() function is similar to strcpy(), except that not more than n bytes of src are copied. Thus, if there is no null byte among the first n bytes of src, the result will not be null-terminated.
In the case where the length of src is less than that of n, the remainder of dest will be padded with nulls.
| size_t strnlen | ( | const char * | src, | |
| size_t | len | |||
| ) |
Determine the length of a fixed-size string.
The strnlen function returns the number of characters in the string pointed to by src, not including the terminating '\0' character, but at most len. In doing this, strnlen looks only at the first len characters at src and never beyond src+len.
| char * strpbrk | ( | const char * | s, | |
| const char * | accept | |||
| ) |
The strpbrk() function locates the first occurrence in the string s
of any of the characters in the string accept
.
s
that matches one of the characters in accept
, or NULL
if no such character is found. The terminating zero is not considered as a part of string: if one or both args are empty, the result will NULL
. | char * strrchr | ( | const char * | src, | |
| int | val | |||
| ) |
Locate character in string.
The strrchr() function returns a pointer to the last occurrence of the character val in the string src.
Here "character" means "byte" - these functions do not work with wide or multi-byte characters.
| char * strrev | ( | char * | s | ) |
| char * strsep | ( | char ** | sp, | |
| const char * | delim | |||
| ) |
Parse a string into tokens.
The strsep() function locates, in the string referenced by *sp
, the first occurrence of any character in the string delim
(or the terminating '\0' character) and replaces it with a '\0'. The location of the next character after the delimiter character (or NULL
, if the end of the string was reached) is stored in *sp
. An ``empty'' field, i.e. one caused by two adjacent delimiter characters, can be detected by comparing the location referenced by the pointer returned in *sp
to '\0'.
| size_t strspn | ( | const char * | s, | |
| const char * | accept | |||
| ) |
The strspn() function calculates the length of the initial segment of s
which consists entirely of characters in accept
.
s
which consist only of characters from accept
. The terminating zero is not considered as a part of string. | char * strstr | ( | const char * | s1, | |
| const char * | s2 | |||
| ) |
Locate a substring.
The strstr() function finds the first occurrence of the substring s2
in the string s1
. The terminating '\0' characters are not compared.
NULL
if the substring is not found. If s2
points to a string of zero length, the function returns s1
. | char * strtok | ( | char * | s, | |
| const char * | delim | |||
| ) |
Parses the string s into tokens.
strtok parses the string s into tokens. The first call to strtok should have s as its first argument. Subsequent calls should have the first argument set to NULL. If a token ends with a delimiter, this delimiting character is overwritten with a '\0' and a pointer to the next character is saved for the next call to strtok. The delimiter string delim may be different for each call.
strtok_r()
. | char * strtok_r | ( | char * | string, | |
| const char * | delim, | |||
| char ** | last | |||
| ) |
Parses string into tokens.
strtok_r parses string into tokens. The first call to strtok_r should have string as its first argument. Subsequent calls should have the first argument set to NULL. If a token ends with a delimiter, this delimiting character is overwritten with a '\0' and a pointer to the next character is saved for the next call to strtok_r. The delimiter string delim may be different for each call. last is a user allocated char* pointer. It must be the same while parsing the same string. strtok_r is a reentrant version of strtok().
| char * strupr | ( | char * | s | ) |
Convert a string to upper case.
The strupr() function will convert a string to upper case. Only the lower case alphabetic characters [a .. z] are converted. Non-alphabetic characters will not be changed.


| write.table {utils} | R Documentation |
write.table
prints its required argument x
(after
converting it to a data frame if it is not one nor a matrix) to
a file or connection.
write.table(x, file = "", append = FALSE, quote = TRUE, sep = " ", eol = "\n", na = "NA", dec = ".", row.names = TRUE, col.names = TRUE, qmethod = c("escape", "double"), fileEncoding = "") write.csv(...) write.csv2(...)
x |
the object to be written, preferably a matrix or data frame.
If not, it is attempted to coerce |
file |
either a character string naming a file or a connection
open for writing. |
append |
logical. Only relevant if |
quote |
a logical value ( |
sep |
the field separator string. Values within each row of
|
eol |
the character(s) to print at the end of each line (row).
For example, |
na |
the string to use for missing values in the data. |
dec |
the string to use for decimal points in numeric or complex columns: must be a single character. |
row.names |
either a logical value indicating whether the row
names of |
col.names |
either a logical value indicating whether the column
names of |
qmethod |
a character string specifying how to deal with embedded
double quote characters when quoting strings. Must be one of
|
fileEncoding |
character string: if non-empty declares the
encoding to be used on a file (not a connection) so the character data can
be re-encoded as they are written. See |
... |
arguments to |
If the table has no columns the rownames will be written only if
row.names = TRUE
, and vice versa.
Real and complex numbers are written to the maximal possible precision.
If a data frame has matrix-like columns these will be converted to
multiple columns in the result (via as.matrix
)
and so a character col.names
or a numeric quote
should
refer to the columns in the result, not the input. Such matrix-like
columns are unquoted by default.
Any columns in a data frame which are lists or have a class
(e.g., dates) will be converted by the appropriate as.character
method: such columns are unquoted by default. On the other hand,
any class information for a matrix is discarded and non-atomic
(e.g., list) matrices are coerced to character.
Only columns which have been converted to character will be quoted if
specified by quote
.
The dec
argument only applies to columns that are not subject
to conversion to character because they have a class or are part of a
matrix-like column (or matrix), in particular to columns protected by
I()
. Use options("OutDec")
to control
such conversions.
In almost all cases the conversion of numeric quantities is governed
by the option "scipen"
(see options
), but with
the internal equivalent of digits = 15
. For finer control, use
format
to make a character matrix/data frame, and call
write.table
on that.
These functions check for a user interrupt every 1000 lines of output.
If file
is a non-open connection, an attempt is made to open it
and then close it after use.
To write a Unix-style file on Windows, use a binary connection
e.g. file = file("filename", "wb")
.
By default there is no column name for a column of row names. If
col.names = NA
and row.names = TRUE
a blank column name
is added, which is the convention used for CSV files to be read by
spreadsheets. Note that such CSV files can be read in R by
read.csv(file = "<filename>", row.names = 1)
write.csv
and write.csv2
provide convenience wrappers
for writing CSV files. They set sep
and dec
(see
below), qmethod = "double"
, and col.names
to NA
if row.names = TRUE
(the default) and to TRUE
otherwise.
write.csv
uses "."
for the decimal point and a comma for
the separator.
write.csv2
uses a comma for the decimal point and a semicolon for
the separator, the Excel convention for CSV files in some Western
European locales.
These wrappers are deliberately inflexible: they are designed to
ensure that the correct conventions are used to write a valid file.
Attempts to change append
, col.names
, sep
,
dec
or qmethod
are ignored, with a warning.
CSV files do not record an encoding, and this causes problems if they
are not ASCII for many other applications. Windows Excel 2007/10 will
open files (e.g., by the file association mechanism) correctly if they
are ASCII or UTF-16 (use fileEncoding = "UTF-16LE"
) or perhaps
in the current Windows codepage (e.g., "CP1252"
), but the
‘Text Import Wizard’ (from the ‘Data’ tab) allows far
more choice of encodings. Excel:mac 2004/8 can import only
‘Macintosh’ (which seems to mean Mac Roman), ‘Windows’
(perhaps Latin-1) and ‘PC-8’ files. OpenOffice 3.x asks for
the character set when opening the file.
There is an IETF RFC4180 (https://tools.ietf.org/html/rfc4180)
for CSV files, which mandates comma as the separator and CRLF line
endings. write.csv
writes compliant files on Windows: use
eol = "\r\n"
on other platforms.
write.table
can be slow for data frames with large numbers
(hundreds or more) of columns: this is inevitable as each column could
be of a different class and so must be handled separately. If they
are all of the same class, consider using a matrix instead.
The ‘R Data Import/Export’ manual.
write.matrix
in package MASS.
## Not run: ## To write a CSV file for input to Excel one might use x <- data.frame(a = I("a \" quote"), b = pi) write.table(x, file = "foo.csv", sep = ",", col.names = NA, qmethod = "double") ## and to read this file back into R one needs read.table("foo.csv", header = TRUE, sep = ",", row.names = 1) ## NB: you do need to specify a separator if qmethod = "double". ### Alternatively write.csv(x, file = "foo.csv") read.csv("foo.csv", row.names = 1) ## or without row names write.csv(x, file = "foo.csv", row.names = FALSE) read.csv("foo.csv") ## To write a file in Mac Roman for simple use in Mac Excel 2004/8 write.csv(x, file = "foo.csv", fileEncoding = "macroman") ## or for Windows Excel 2007/10 write.csv(x, file = "foo.csv", fileEncoding = "UTF-16LE") ## End(Not run)


The above graph shows the volume and sentiment of tweets mentioning each candidate on May 2nd. Tweets are grouped by sentiment - positive, neutral, or negative - and by candidate. Each group is then plotted with a bubble whose size is proportional to the number of tweets. The vertical position of each bubble indicates the average sentient score of the underlying tweets, and a horizontal dotted line is plotted at the average score of all tweets mentioning a candidate.
Negative tweets about Kamala Harris have an usually low average score. Examining the tweets directly, we found that President Trump had tweeted critically of her recently, calling her "Nasty Kamala Harris" after she aggressively questioned Attorney General William Barr at a public Senate hearing. Many Trump supporters used the 'nasty' appellation in tweets about Harris on May 2nd, and these tweets scored particularly low in our model's scoring. A smaller number of Harris supporters used the same language while quoting Trump, resulting in negatively-scored tweets which were actually supportive of Harris. Removing these tweets or adjusting their score could have been explored with more time.
A visualization of the most frequently used words in all presidential candidate tweets.


31 Honest Tweets About Married Life That Are Straight-Up Hilarious
"Sorry we're late, my husband had to drive around the parking lot 5 times till he found a spot he liked."
by Kelsey Borresen, HuffPost USWith the right spouse and the right attitude, marriage can very much be a laughing matter.
Sure, you could get all pissed off when your partner’s hair clogs up the vacuum yet again, or when they can’t decide what to do for dinner, or when they accidentally use your loofah to scrub the bathroom. Or you could find the humor in it all, throw your hands up and just laugh.
Below, we’ve rounded up 31 hilariously relatable marriage tweets for couples who don’t take themselves too seriously:


Modi bats for boosting intra-BRICS trade to $500 bn
Brasilia: Prime Minister Narendra Modi on Thursday pushed for boosting intra-BRICS trade and investment and urged that a roadmap be readied for increasing the trade to $500 billion by the next summit. Addressing the Leaders’ Dialogue with BRICS Business Council, Modi said the partnership agreement inked between New Development Bank and BRICS Business Council will be beneficial to both sides.
He also urged that the BRICS nations – comprising Brazil, Russia, India, China, and South Africa – and the NDB join the Coalition for Disaster Resistant Infrastructure. “Till the next summit a roadmap for achieving $500 billion intra-BRICS trade target should be drawn up by the BRICS Business Council,” the PM said. He said that intra-BRCS trade stands at just 15 percent of global trade, in comparison to their combined population which was over 40 percent of that of the world.
He appealed that the process for setting up a regional office in India of the NDB be completed at the earliest, which would help implement the projects in priority areas.
Modi said that strengthening the BRICS business links could be achieved with the full cooperation of the NDB and the BRICS Business Council. He also called for an enhanced focus on agriculture, health, SMEs, credit and rating agencies.
The PM later tweeted: “At the interaction with BRICS Business Council and NDB I made the following suggestions: Charting a roadmap for Intra-BRICS trade to the tune of $500 billion. Harnessing the agro-tech start-up network for people’s betterment. Hackathon in India on Apps working in healthcare. (IANS)
Also Read: India First Remains PM Narendra Modi’s Firm Mantra
Also Watch: Govt all set to push for the contentious Citizenship Bill in the winter session of Parliament


Help System
Menu for the XCL12 Package
Menu for the XCL12 Package
- eqxy
- Get (x,y) from a table of (ra,dec) given the pltsol coeff.
- extgst
- Extract selected columns stars from a list of tables.
- fttostt
- Convert a list of FITS tables to STSDAS tables.
- intrep
- Find coordinates at the cursor.
- makewcs
- Write the WCS on the image header based on the plate sol.
- pltsol
- Calculate plate solution from table of positions.
- pxcoord
- List pixel coordinates of guide stars.
- regions
- Produce guide star region files (as STSDAS tables).
- sgscind
- Search the guide star catalog index.
- stgindx
- Copy the catalog index to an STSDAS table.
- targets
- Find target coordinates based on guide stars.
- xyeq
- Get (ra,dec) from a table of (x,y) given the pltsol coeff.
- (Type
"help gasp option=sysdoc" for more information about the gasp package).


{# Remember that you can override all these in any page that extends this layout! #} {# Simply create the block in the file that extends the layout.html file to override any site wide blocks #} {# Automatically extends the right outer layout and also handles AJAX siutations #} {% extends data.outerLayout %} {% block title %} {# Create a useful, SEO-friendly title tag based on what we have #} {% if data.piece %} {{ data.piece.title }} {% elseif data.page %} {{ data.page.title }} {% else %} {{ apos.log('Looks like you forgot to override the title block in a template that does not have access to an Apostrophe page or piece.') }} {% endif %} {% endblock %} {% block extraHead %} {# This block outputs its contents in the HTML document's
. It is a good place to put extra


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"1" "GICHNER,T, HOLY,A, SPASSOVA,M, VELEMINSKY,J AND GRUZ,P, THEMUTAGENICITY OF AZIDO DERIVATIVES OF MONOSACCHARIDES AND ALCOHOLS AND OFN-(3-AZIDO-2- HYDROXYPROPYL) DERIVATIVES OF PURINES AND PYRIMIDINES I __ NARABIDOPSIS THALIANA AND IN SALMONELLA TYPHIMURIUM, MUTAGENESIS 6(1):55-58,1991"


Item 8.
You will then be at the accept page. You will need to say "yes" to agree to the Web Braille conditions. Press space with dots4 6 to go to the "I Accept" button. You need the one that is best for Note Taker users. Press enter.
You will then be at the accept page. You will need to say "yes" to agree to the Web Braille conditions. Press space with dots4 6 to go to the "I Accept" button. You need the one that is best for Note Taker users. Press enter.


CSS Classes vs. IDs
Brief Introduction
CSS is a tool used to describe how HTML elements will be displayed on a web page. 2 components used in CSS to help standardize the formatting are: Classes and IDs. While both items are very similar, there are different use cases for each.
In simple terms; class is used to style multiple elements with the same formatting while and ID is used to style a single element.
- Class
- A class is used to style mutiple elements within an HTML document with like parameters. These parameters are know as Properties and can include but are not limited to font, color and size. Since a class can be used on multiple elements throughout the HTML document, a single class could be used multiple times within the same document. An example of using a class would be section headings. In a CSS file, a class is defined by prepending a '.' in front of the class name.
- ID
- In contrast, an ID is used to style a single element within an HTML document. The Properties for an ID are the same as a class but unlike a class, each ID in a single HTML document must be unique. In a CSS file, an ID is defined by prepending a '#' in front of the ID name.


Instagram Tests Hiding Like Counts Globally
by msmashInstagram is making Like counts private for some users everywhere. From a report: Instagram tells TechCrunch the hidden Likes test is expanding to a subset of users globally. Users will have to decide for themselves if something is worth Liking rather than judging by the herd. The change could make users more comfortable sharing what's important to them without the fear of people seeing them receive an embarrassingly small number of likes. Instagram began hiding Likes in April in Canada and then brought the test to Ireland, Italy, Japan, Brazil, Australia and New Zealand in July. Facebook started a similar experiment in Australia in September. Instagram said last week the test would expand to the US, but now it's running everywhere to a small percentage of users in each country.


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Integrating Minima into your current website is straight forward.
Minima MiFi allows Users to link to a webpage so that the site can access the network.
Here are some very simple demos hosted here on this site - and accessed via MiFi.
These are not complete applications but for developers to understand the MiFi mechanics..
Block Explorer - This is the same as the Block-X MiniDAPP.
A VERY Basic Wallet - It's as easy as this.
Step by Step Time Lock Contract - The pre-cursor to the FUTURE CASH MiniDAPP.
The Coin Vault - A VERY powerful covenant.. hot-wallet convenience cold-wallet security


Wilfred Carr, Stephen Kemmis
Unread
"Action research is simply a form of self-reflective enquiry
undertaken
by participants in social situations in order to improve the
rationality
and justice of their own practices, their understanding of these
practices,
and the situations in which the practices are carried out."
"In terms of method, a self-reflective spiral of cycles of
planning,
acting, observing and reflecting is central to the action research
approach."


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Sustainable travel is defined by choosing to make a journey by foot, by bike, by bus or rail, by motorbike or by car sharing. There are a number of benefits to sustainable travel including:
Environmental - less congestion, less atmospheric carbon, better air quality.
Health and Wellbeing - walking or cycling can help to build activity into our daily lives.
Financial - cost savings by walking, cycling or using public transport.
This map show some of the ways in which we choose more sustainable ways to travel to school, work or for any journey.
How close are you to pedestrian crossings for safely crossing main roads? Are there any bus stops nearby? Can I plan to travel using the bus?
To think about these questions use the different data included with this map. Use the layers button to turn on different data - bus stops, railway stations, and cycle networks (off road and on road).
Bus, rail and pedestrian crossing data open to access from OpenDataNI under a UK Open Government Licence.


[gecode-users] Controlling memory use
Malcolm Ryan
malcolmr at cse.unsw.edu.au
Wed Apr 9 02:14:32 CEST 2008
On 09/04/2008, at 1:57 AM, Christian Schulte wrote:
> Malcolm,
>
> That's a lot of constraints!
Is it? I have no idea what constitutes "a lot" in this area.
Many of the constraints are actually redundant and are only used to
improve propagation. The whole problem could just be expressed as a
concrete plan with only the first four constraints, but this would
require a lot more search to solve.
> But what is n?
Typical values:
Nv 100-1000
Ns 50-100
Nr 20 or more (the more we can handle the better)
Nb and Lmax depend on the problem. I usually start Nb small (around 5)
and increase it if this value fails. Lmax depends on the size and
types of subgraphs. I'm currently working with Lmax = 40.
I have found that I am getting much better memory usage by setting C_d
very large (around 200). What am I trading off in this case? I presume
this means that failures are more expensive in terms of computation
time. Is that right?
> Is it intentional to just send
> it to me? Normally I do not reply to personal messages on Gecode.
Sorry, my mail program doesn't have a "reply to list" option, and I
don't always remember to change the 'To' field.
Malcolm
> On 4/8/08 9:08 AM, "Malcolm Ryan" <malcolmr at cse.unsw.edu.au> wrote:
>
>> On 08/04/2008, at 5:52 AM, Christian Schulte wrote:
>>> As I have no idea what's inside your model I can't say a thing. Do
>>> you store
>>> BExpr somewhere? What other datastructures do you use? How many and
>>> which
>>> propagators?
>>
>> I've outlined the problem description below. All the boolean
>> expressions are constructed from BExprs. The only ones that are
>> expressly reified as BoolVars are those noted in the Variables
>> section. These are created because there is no BExpr which tests set
>> membership.
>>
>> Constants:
>> G = (V, E) graph The map
>> V {1, Nv} The vertices are numbered
>> E in V^2 The edges are stored as a table
>> Nr # robots The number of robots
>> Ns # subgraphs The number of subgraphs
>> Si subset of V, Subgraphs are sets of consecutive vertices
>> Si_min <= v <= Si_max
>> ES in {1..Ns}^2 The adjacency betweem subgraphs as a table
>> Nb # subplans The size of the abstract plan
>> Lmax maximum plan length
>>
>> Variables
>> ---------
>>
>> Concrete plans:
>> P[b][r][t] in V The position of robot r at time t in subplan b
>> L[b] {1, Lmax} The length of subplan b
>>
>> Abstract Plan:
>> A[b][r] in {1,Ns} The subgraph occupied by robot r in subplan b
>> L_total {1, Lmax * Nb} The total length of the plan
>>
>> In[b][r][i] bool True if robot r is in subgraph i in subplan b
>> Pop[b][i] {0, |Si|} The number of robots in subgraph i in subplan b
>>
>> IsHall[b][r] bool True if robot r is in a hall subgraph in subplan b
>> HOrd[b][ri][rj] {-1, 0, 1} The ordering of ri and rj in the hall in
>> subplan b
>>
>> IsRing[b][r] bool True if robot r is in a ring subgraph in subplan b
>> ROrd[b][ri][rj][rk] {-1,0,1} The ordering or ri, rj, rk in the ring
>> in subplan b
>>
>> Constraints
>> -----------
>>
>> Concrete plans: for all b:
>>
>> * No two robots can occupy the same vertex at the same time:
>> distinct(P[b][1][t], P[b][2][t], ..., P[b][Nr][t]) for all t
>>
>> * No two robots can occupy the same vertex on subsequent time steps:
>> distinct(P[b][1][t], ..., P[b][r][t+1], ... P[b][Nr][t]) for allt,r
>>
>> * Robots can only move between adjacent positions
>> (P[b][r][t], P[b][r][t+1]) \in E or P[b][r][t] == P[b][r][t+1]
>>
>> * No-ops can only occur at the end of the plan
>> (L[b] > t <=> \exists r : P[b][r][t-1] == Pos[b][r][t])
>>
>> Abstract plans:
>> ---------------
>>
>> for all b (except b=0 or b=Nb where appropriate)
>>
>> * Robots can only transition between adjacent subgraphs
>> (A[b][r], A[b+1][r]) \in ES
>>
>> * No-ops can only occur at the end of the plan
>> \exists r A[b+1][r] != A[b][r] --> \exists r A[b][r] != A[b-1][r]
>>
>> * Subplans are linked
>> (P[b][r][Lmax], P[b+1][r][1]) \in E or P[b][r][Lmax] == P[b+1][r][1]
>>
>> * No two robots can occupy the same vertex on subsequent time steps:
>> distinct(P[b][1][Lmax], ..., P[b+1][r][1], ... P[b][Nr][Lmax]) for
>> all r
>>
>> * The abstract plan step constrains the domain of the corresponding
>> subplan
>> (A[b][r] == i) <=> (P[b][r][t] \in Si)
>>
>> * When a subgraph is full, none of its inhabitants can move
>> Pop[b][s] == count(r, A[b][r] == s)
>> Pop[b][s] = |Si| and A[b][r] == s --> P[b][r][t] == P[b][r][0]
>>
>> * Robots in halls must maintain their ordering
>> A[b][ri] == A[b][rj] && isHall(A[b][ri]) <=> HOrd[b][ri][rj] != 0
>> HOrd[b][ri][rj] == -1 --> P[b][ri][t] < P[b][rj][t] for all t
>> HOrd[b][ri][rj] == 1 --> P[b][ri][t] > P[b][rj][t] for all t
>>
>> * Hall orderings persist across subplans if neither robot
>> transitions.
>> A[b-1][ri] == A[b][ri] && A[b-1][rj] == A[b][rj]
>> --> HOrd[b-1][ri][rj] == HOrd[b][ri][rj]
>>
>> * Robots in rings must maintain their ordering (clockwise or
>> anticlockwise)
>> A[b][ri] == A[b][rj] && A[b][ri] == A[b][rk] && isRing(A[b][ri])
>> <=> Ord[b][ri][rj][rk] != 0
>>
>> Ord[b][ri][rj] == -1 => RingOrder(rk, rj, ri) for all t
>> Ord[b][ri][rj] == 1 => RingOrder(ri, rj, rk) for all t
>>
>> where:
>> RingOrder(ri, rj, rk) <=> (ri < rj && rj < rk)
>> or (rk < ri && ri < rj)
>> or (rj < rk && rk < ri)
>>
>> * Ring orderings persist across subplans if neither robot
>> transitions.
>> A[b-1][ri] == A[b][ri] && A[b-1][rj] == A[b][rj] && A[b-1][rk] ==
>> A[b][rk]
>> --> Ord[b-1][ri][rj][rk] == Ord[b][ri][rj][rk]
>>
>
> --
> Christian Schulte, web.ict.kth.se/~cschulte/
>
>
>
>
More information about the gecode-users
mailing list


Exercise improves fitness, increases insulin sensitivity, maintains bone health, helps in weight management, and improves sleep patterns. Exercise can help lower blood glucose levels, which is why exercising in the morning or after a meal might naturally help to lower any higher blood glucose levels.
People with diabetes are encouraged to exercise regularly for better blood sugar control and to reduce the risk of cardiovascular diseases.
The reason for this is that muscles which are working use more glucose than those that are resting.
Muscle movement leads to greater sugar uptake by muscle cells and lower blood sugar levels.
Additional benefits of exercise include a healthier heart, better weight control and stress management.
Exercise is the common term used to describe any bodily activity that enhances or maintains physical fitness and overall health and wellness.
Besides strengthening the cardiovascular system and the body’s muscles, many people exercise to keep fit, lose or maintain a healthy weight, sharpen their athletic skills, or purely for enjoyment.
Frequent and regular physical exercise is recommended for people of all ages as it boosts the immune system and helps protect against conditions such as:
In the UK, regular exercise is defined by the NHS as completing 150 minutes of moderate intensity aerobic activity a week.
Aerobic activity at moderate intensity basically means exercising at a level that raises your heart rate and makes you sweat. This includes a multitude of sports. For example;
There are some exercise precautions which people with diabetes must take, however, when done safely, exercise is a valuable aid to optimal health.
Exercise precautions are designed to help people with diabetes avoid problems which can result from unwise exercise choices.
Hypoglycemia can occur if a person who is taking blood sugar lowering medication has:


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val timestampMs: Long
: Long - Monotonically increasing server ingest time
timestampMs - : Long - Monotonically increasing server ingest time
timestampMs


shot purple boxes / [arrow]: move [Z]: shot
[R]: reset to a zero generation / [U]: create the URL for this game


EBD - Easton Bible DIctionary
Seth
SETH
"SETH "appointed; a substitute, the third son of Adam and Eve (
Genesis 4:25
;
5:3
).


What is TARDIG?
Typography and Responsive Design in Grids
TARDIG is a front-end boilerplate designed to be a starting point in the creation of web pages.
See Full DocumentationTardig comes in a vanilla CSS and an indented Sass format. Soon, it will be updated to support SCSS, Less, and Stylus as well.
Normalize.css
Normalize.css is implemented to provide all possible browser consistency.
Grid System
The grid system is fluid by default but also comes with a responsive flavor.
Typography
Typography uses a modular scale and a formula to determine smart line heights.
Dev Assistance
Dev Assistance is a set of tools to help troubleshoot errors in coding.


Functions to draw into a graphics context.
More...
|
| enum | GCornerMask {
GCornerNone = 0,
GCornerTopLeft = 1 << 0,
GCornerTopRight = 1 << 1,
GCornerBottomLeft = 1 << 2,
GCornerBottomRight = 1 << 3,
GCornersAll = GCornerTopLeft | GCornerTopRight | GCornerBottomLeft | GCornerBottomRight,
GCornersTop = GCornerTopLeft | GCornerTopRight,
GCornersBottom = GCornerBottomLeft | GCornerBottomRight,
GCornersLeft = GCornerTopLeft | GCornerBottomLeft,
GCornersRight = GCornerTopRight | GCornerBottomRight
} |
| |
| enum | GOvalScaleMode { GOvalScaleModeFitCircle,
GOvalScaleModeFillCircle
} |
| |
|
| void | graphics_draw_pixel (GContext *ctx, GPoint point) |
| |
| void | graphics_draw_line (GContext *ctx, GPoint p0, GPoint p1) |
| |
| void | graphics_draw_rect (GContext *ctx, GRect rect) |
| |
| void | graphics_fill_rect (GContext *ctx, GRect rect, uint16_t corner_radius, GCornerMask corner_mask) |
| |
| void | graphics_draw_circle (GContext *ctx, GPoint p, uint16_t radius) |
| |
| void | graphics_fill_circle (GContext *ctx, GPoint p, uint16_t radius) |
| |
| void | graphics_draw_round_rect (GContext *ctx, GRect rect, uint16_t radius) |
| |
| void | graphics_draw_bitmap_in_rect (GContext *ctx, const GBitmap *bitmap, GRect rect) |
| |
| GBitmap * | graphics_capture_frame_buffer (GContext *ctx) |
| |
| GBitmap * | graphics_capture_frame_buffer_format (GContext *ctx, GBitmapFormat format) |
| |
| bool | graphics_release_frame_buffer (GContext *ctx, GBitmap *buffer) |
| |
| bool | graphics_frame_buffer_is_captured (GContext *ctx) |
| |
| void | graphics_draw_rotated_bitmap (GContext *ctx, GBitmap *src, GPoint src_ic, int rotation, GPoint dest_ic) |
| |
| void | graphics_draw_arc (GContext *ctx, GRect rect, GOvalScaleMode scale_mode, int32_t angle_start, int32_t angle_end) |
| |
| void | graphics_fill_radial (GContext *ctx, GRect rect, GOvalScaleMode scale_mode, uint16_t inset_thickness, int32_t angle_start, int32_t angle_end) |
| |
| GPoint | gpoint_from_polar (GRect rect, GOvalScaleMode scale_mode, int32_t angle) |
| |
| GRect | grect_centered_from_polar (GRect rect, GOvalScaleMode scale_mode, int32_t angle, GSize size) |
| |
Functions to draw into a graphics context.
Use these drawing functions inside a Layer's .update_proc
drawing callback. A GContext
is passed into this callback as an argument. This GContext
can then be used with all of the drawing functions which are documented below. See Graphics Context for more information about the graphics context.
Refer to (chapter "Layers" and "Graphics") for a conceptual overview of the drawing system, Layers and relevant code examples.
Other drawing functions and related documentation:
◆ GCornerMask
Bit mask values to specify the corners of a rectangle. The values can be combines using binary OR (|
), For example: the mask to indicate top left and bottom right corners can: be created as follows: (GCornerTopLeft | GCornerBottomRight)
| Enumerator |
|---|
| GCornerNone | No corners.
|
| GCornerTopLeft | Top-Left corner.
|
| GCornerTopRight | Top-Right corner.
|
| GCornerBottomLeft | Bottom-Left corner.
|
| GCornerBottomRight | Bottom-Right corner.
|
| GCornersAll | All corners.
|
| GCornersTop | Top corners.
|
| GCornersBottom | Bottom corners.
|
| GCornersLeft | Left corners.
|
| GCornersRight | Right corners.
|
◆ GOvalScaleMode
Values to specify how a given rectangle should be used to derive an oval shape.
- See also
- graphics_fill_radial_internal
-
graphics_draw_arc_internal
-
gpoint_from_polar_internal
-
grect_centered_from_polar
| Enumerator |
|---|
| GOvalScaleModeFitCircle | Places the largest possible fully visible circle in the center of a rectangle.
|
| GOvalScaleModeFillCircle | Places the smallest possible circle in the center of a rectangle so that the rectangle is fully inside the circle.
|
◆ gpoint_from_polar()
Calculates a GPoint located at the angle provided on the perimeter of a circle defined by the provided GRect.
- Parameters
-
| rect | The reference rectangle to derive the center point and radius (see scale_mode). |
| scale_mode | Determines how rect will be used to derive the center point and radius. |
| angle | The angle at which the point on the circle's perimeter should be calculated. Use DEG_TO_TRIGANGLE to easily convert degrees to the appropriate value. |
- Returns
- The point on the circle's perimeter.
◆ graphics_capture_frame_buffer()
| GBitmap* graphics_capture_frame_buffer |
( |
GContext * |
ctx | ) |
|
◆ graphics_capture_frame_buffer_format()
| GBitmap* graphics_capture_frame_buffer_format |
( |
GContext * |
ctx, |
|
|
GBitmapFormat |
format |
|
) |
| |
Captures the frame buffer for direct access, using the given format. Graphics functions will not affect the frame buffer while it is captured. The frame buffer is released when graphics_release_frame_buffer is called. The frame buffer must be released before the end of a layer's .update_proc
for the layer to be drawn properly.
While the frame buffer is captured calling graphics_capture_frame_buffer will fail and return NULL
.
- Note
- When writing to the frame buffer, you should respect the visible boundaries of a window on the screen. Use layer_get_frame(window_get_root_layer(window)).origin to obtain its position relative to the frame buffer. For example, drawing to (5, 5) in the frame buffer while the window is transitioning to the left with its origin at (-20, 0) would effectively draw that point at (25, 5) relative to the window. For this reason you should consider the window's root layer frame when calculating drawing coordinates.
- See also
- GBitmap
-
GBitmapFormat
-
layer_get_frame
-
window_get_root_layer
- Parameters
-
| ctx | The graphics context providing the frame buffer |
| format | The format in which the framebuffer should be captured. Supported formats are GBitmapFormat1Bit and GBitmapFormat8Bit. |
- Returns
- A pointer to the frame buffer.
NULL
if failed.
◆ graphics_draw_arc()
| void graphics_draw_arc |
( |
GContext * |
ctx, |
|
|
GRect |
rect, |
|
|
GOvalScaleMode |
scale_mode, |
|
|
int32_t |
angle_start, |
|
|
int32_t |
angle_end |
|
) |
| |
Draws a line arc clockwise between angle_start
and angle_end
, where 0° is the top of the circle. If the difference between angle_start
and angle_end
is greater than 360°, a full circle will be drawn.
- Parameters
-
| ctx | The destination graphics context in which to draw using the current stroke color and antialiasing setting. |
| rect | The reference rectangle to derive the center point and radius (see scale_mode). |
| scale_mode | Determines how rect will be used to derive the center point and radius. |
| angle_start | Radial starting angle. Use DEG_TO_TRIGANGLE to easily convert degrees to the appropriate value. |
| angle_end | Radial finishing angle. If smaller than angle_start , nothing will be drawn. |
◆ graphics_draw_bitmap_in_rect()
| void graphics_draw_bitmap_in_rect |
( |
GContext * |
ctx, |
|
|
const GBitmap * |
bitmap, |
|
|
GRect |
rect |
|
) |
| |
Draws a bitmap into the graphics context, inside the specified rectangle
- Parameters
-
| ctx | The destination graphics context in which to draw the bitmap |
| bitmap | The bitmap to draw |
| rect | The rectangle in which to draw the bitmap |
- Note
- If the size of
rect
is smaller than the size of the bitmap, the bitmap will be clipped on right and bottom edges. If the size of rect
is larger than the size of the bitmap, the bitmap will be tiled automatically in both horizontal and vertical directions, effectively drawing a repeating pattern.
- See also
- GBitmap
-
GContext
◆ graphics_draw_circle()
| void graphics_draw_circle |
( |
GContext * |
ctx, |
|
|
GPoint |
p, |
|
|
uint16_t |
radius |
|
) |
| |
Draws the outline of a circle in the current stroke color
- Parameters
-
| ctx | The destination graphics context in which to draw |
| p | The center point of the circle |
| radius | The radius in pixels |
◆ graphics_draw_line()
| void graphics_draw_line |
( |
GContext * |
ctx, |
|
|
GPoint |
p0, |
|
|
GPoint |
p1 |
|
) |
| |
Draws line in the current stroke color, current stroke width and AA flag
- Parameters
-
| ctx | The destination graphics context in which to draw |
| p0 | The starting point of the line |
| p1 | The ending point of the line |
◆ graphics_draw_pixel()
| void graphics_draw_pixel |
( |
GContext * |
ctx, |
|
|
GPoint |
point |
|
) |
| |
Draws a pixel at given point in the current stroke color
- Parameters
-
| ctx | The destination graphics context in which to draw |
| point | The point at which to draw the pixel |
◆ graphics_draw_rect()
| void graphics_draw_rect |
( |
GContext * |
ctx, |
|
|
GRect |
rect |
|
) |
| |
Draws a 1-pixel wide rectangle outline in the current stroke color
- Parameters
-
| ctx | The destination graphics context in which to draw |
| rect | The rectangle for which to draw the outline |
◆ graphics_draw_rotated_bitmap()
| void graphics_draw_rotated_bitmap |
( |
GContext * |
ctx, |
|
|
GBitmap * |
src, |
|
|
GPoint |
src_ic, |
|
|
int |
rotation, |
|
|
GPoint |
dest_ic |
|
) |
| |
Draws a rotated bitmap with a memory-sensitive 2x anti-aliasing technique (using ray-finding instead of super-sampling), which is thresholded into a b/w bitmap for 1-bit and color blended for 8-bit.
- Note
- This API has performance limitations that can degrade user experience. Use sparingly.
- Parameters
-
| ctx | The destination graphics context in which to draw |
| src | The source bitmap to draw |
| src_ic | Instance center (single point unaffected by rotation) relative to source bitmap |
| rotation | Angle of rotation. Rotation is an integer between 0 (no rotation) and TRIG_MAX_ANGLE (360 degree rotation). Use DEG_TO_TRIGANGLE to easily convert degrees to the appropriate value. |
| dest_ic | Where to draw the instance center of the rotated bitmap in the context. |
◆ graphics_draw_round_rect()
| void graphics_draw_round_rect |
( |
GContext * |
ctx, |
|
|
GRect |
rect, |
|
|
uint16_t |
radius |
|
) |
| |
Draws the outline of a rounded rectangle in the current stroke color
- Parameters
-
| ctx | The destination graphics context in which to draw |
| rect | The rectangle defining the dimensions of the rounded rectangle to draw |
| radius | The corner radius in pixels |
◆ graphics_fill_circle()
| void graphics_fill_circle |
( |
GContext * |
ctx, |
|
|
GPoint |
p, |
|
|
uint16_t |
radius |
|
) |
| |
Fills a circle in the current fill color
- Parameters
-
| ctx | The destination graphics context in which to draw |
| p | The center point of the circle |
| radius | The radius in pixels |
◆ graphics_fill_radial()
| void graphics_fill_radial |
( |
GContext * |
ctx, |
|
|
GRect |
rect, |
|
|
GOvalScaleMode |
scale_mode, |
|
|
uint16_t |
inset_thickness, |
|
|
int32_t |
angle_start, |
|
|
int32_t |
angle_end |
|
) |
| |
Fills a circle clockwise between angle_start
and angle_end
, where 0° is the top of the circle. If the difference between angle_start
and angle_end
is greater than 360°, a full circle will be drawn and filled. If angle_start
is greater than angle_end
nothing will be drawn.
- Note
- A simple example is drawing a 'Pacman' shape, with a starting angle of -225°, and ending angle of 45°. By setting
inset_thickness
to a non-zero value (such as 30) this example will produce the letter C.
- Parameters
-
| ctx | The destination graphics context in which to draw using the current fill color and antialiasing setting. |
| rect | The reference rectangle to derive the center point and radius (see scale). |
| scale_mode | Determines how rect will be used to derive the center point and radius. |
| inset_thickness | Describes how thick in pixels the radial will be drawn towards its center measured from the outside. |
| angle_start | Radial starting angle. Use DEG_TO_TRIGANGLE to easily convert degrees to the appropriate value. |
| angle_end | Radial finishing angle. If smaller than angle_start , nothing will be drawn. |
◆ graphics_fill_rect()
| void graphics_fill_rect |
( |
GContext * |
ctx, |
|
|
GRect |
rect, |
|
|
uint16_t |
corner_radius, |
|
|
GCornerMask |
corner_mask |
|
) |
| |
Fills a rectangle with the current fill color, optionally rounding all or a selection of its corners.
- Parameters
-
| ctx | The destination graphics context in which to draw |
| rect | The rectangle to fill |
| corner_radius | The rounding radius of the corners in pixels (maximum is 8 pixels) |
| corner_mask | Bitmask of the corners that need to be rounded. |
- See also
- GCornerMask
◆ graphics_frame_buffer_is_captured()
| bool graphics_frame_buffer_is_captured |
( |
GContext * |
ctx | ) |
|
Whether or not the frame buffer has been captured by graphics_capture_frame_buffer. Graphics functions will not affect the frame buffer until it has been released by graphics_release_frame_buffer.
- Parameters
-
| ctx | The graphics context providing the frame buffer |
- Returns
- True if the frame buffer has been captured
◆ graphics_release_frame_buffer()
| bool graphics_release_frame_buffer |
( |
GContext * |
ctx, |
|
|
GBitmap * |
buffer |
|
) |
| |
Releases the frame buffer. Must be called before the end of a layer's .update_proc
for the layer to be drawn properly.
If buffer
does not point to the address previously returned by graphics_capture_frame_buffer the frame buffer will not be released.
- Parameters
-
| ctx | The graphics context providing the frame buffer |
| buffer | The pointer to frame buffer |
- Returns
- True if the frame buffer was released successfully
◆ grect_centered_from_polar()
Calculates a rectangle centered on the perimeter of a circle at a given angle. Use this to construct rectangles that follow the perimeter of a circle as an input for graphics_fill_radial_internal or graphics_draw_arc_internal, e.g. to draw circles every 30 degrees on a watchface.
- Parameters
-
| rect | The reference rectangle to derive the circle's center point and radius (see scale_mode). |
| scale_mode | Determines how rect will be used to derive the circle's center point and radius. |
| angle | The angle at which the point on the circle's perimeter should be calculated. Use DEG_TO_TRIGANGLE to easily convert degrees to the appropriate value. |
| size | Width and height of the desired rectangle. |
- Returns
- The rectangle centered on the circle's perimeter.


Sorry! Stubbornly opting for landscape design made responsiveness on my old site a nightmare.
FYI: you'll find my **new** personal site at martelogan.dev
FYI: you'll find my **new** personal site at martelogan.dev
~
About Mr. Martel
In search of computational solutions to medical problems, pursuing Honours Software Engineering at McGill University has lured me from quiet Northern BC to bustling Montreal. From bioinformatics to big-data analytics, my biomedical aspirations have mutated into a focus on machine-learning & AI (see my 'interests' on the terminal).
Logan's Skills
- Java App Dev
- Python ML
- JS Hacking
- Bash Tooling
- R Statistics
- C Systems
- SQL Data★★★☆☆
- Elixir Concurrency
- Ruby / Rust / Julia Learning★★★☆☆


ISCHROOT(1) ISCHROOT(1) NAME ischroot - detect if running in a chroot SYNOPSIS ischroot [--default-false] [--default-true] [--help] [--version] DESCRIPTION ischroot detects if it is currently running in a chroot. The exit status is: 0 if currently running in a chroot 1 if currently not running in a chroot 2 if the detection is not possible (On GNU/Linux this happens if the script is not run as root). OPTIONS -f, --default-false Exit with status 1 if the detection is not possible. -t, --default-true Exit with status 0 if the detection is not possible. --help Print a usage message on standard output and exit successfully. --version Print version information on standard output and exit success‐ fully. BUGS On GNU/Linux, chroot detection is not possible when not root. This works correctly on GNU/Hurd and GNU/kFreeBSD. Debian 30 May 2011 ISCHROOT(1)


Everything is bought!
{{ toBuy.display(item, $index + 1) }}
Bought
Nothing bought yet
{{ alreadyBought.display(item, $index + 1) }}


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