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Here are some ideas for things to do at night in Glasgow.
This small bar is the defininition of cheap and cheerful.
It has £3.50 cocktails and £2.50 shots
They also have free event hire, for 100+ guests
Plan a tripIf you are feeling more upmarket, The Corinthian Club has over five floors of gorgeously designed bars,
cafes and even a club.
Their Late Night Teller's Bar is open until 3am on the weekends, with a house/disco DJ.
Plan a tripBoteco do Brasil brings Latina flavour all the way to Glasgow-
at an affordable price! There is live music nearly everyday
And an open mic every wednesday, with £4.50 cocktails Sunday-Wednesday!
Plan a trip


--- layout: canon-content title: app layout utilitySection: App Layout ---
Fundamental markup for a Rackspace branded experience.


G-Athena is a game review website dedicated
to creating a great experience for all users. It is a community
driven website that allows user to submit their own reviews unlike
large websites like IGN or Gamespot. Get reviews straight from
the players.
Community Driven
Our reviews are crafted by hand by our lovely community members,
so that you can get different opinions from individuals across
all walks of life.
Responsive Design
Enjoy reading your favorite reviews on a website that works
across all devices. Enjoy seamless transitions between each
platform.
Quality Assured
Reviews are reviewed by our administrators to ensure that all
reviews are legitimate and make sense. You can trust us for
quality.


About the project
I often find that I want a way to present my side projects without
needing to create repositories on other computers, so there's no
better way than to combine them all in a series of webapps.
As well as this, I wish to present information about myself and my
abilities in computer science and software engineering in a concise way.


Coady: Getting past group stage is amazing achievement for Wolves
Wolves qualified for the last 32 of the Europa League after a draw in Braga.
Skipper Conor Coady hailed Wolves’ Europa League progress and revealed they have hit their target.
Nuno Espirito Santo’s side reached the knockout stages with a game to spare despite blowing a two-goal lead during Thursday’s 3-3 draw in Braga.
They are second in Group K ahead of the final game at home to Besiktas on December 12 and Coady admitted making the last 32 was their initial ambition.
He told the club’s official site: “It’s huge. That was the goal when we set out in this competition, that’s what we wanted to do and we’ve done that.
“We can look back on it, an absolutely amazing achievement, and where this club’s come from, it’s absolute night and day.
“So, it’s a massive achievement, but it’s a little bit of a mad feeling because we felt we should have won the game and we need to look at it because it’s disappointing.
“It feels something like a defeat, but we need to look at the achievement and look at where we’ve come from and that we’ve actually got out of the Europa League group stages.”
Raul Jimenez, Matt Doherty and Adama Traore put Wolves 3-1 up in Portugal after Andre Horta’s deflected opener.
But Paulinho and Fransergio levelled in the second half with Group K leaders Braga also qualifying. They travel to Slovan Bratislava in their final game a point ahead of Wolves.
Coady added: “It’s an amazing competition, we want to play in it every year.
“Every game you come into, every stadium you come into, you take every game as it comes and it’s amazing competition, and one that we’re learning from every single game.”


|
extras
C++ Functions and Classes that make writing mex functions easier
|
Public Member Functions | |
| bool | isFileOpen () const |
| return true if file is open | |
| std::string | filepath () const |
| returns copy of filepath string | |
| bool | isEOF () const |
| MxFileReader () | |
| default constructor | |
| virtual | ~MxFileReader () |
| Destructor closes file. | |
| void | closeFile () |
| close the file | |
| void | openFile (std::string fpth) |
| open specified file for reading | |
| void | openFile (size_t nrhs, const mxArray **prhs) |
| open file for writing (using MATLAB args) | |
| extras::cmex::MxObject | readNextArray () |
| attempt to read next array from file | |
| size_t | getCompressedSize () const |
| get compressed size of file | |
| size_t | getPositionInFile () const |
| get current (compressed) position in file | |
| double | loadProgress () const |
| fraction of load progress (via ratio remaining compressed data) | |
Protected Attributes | |
| std::mutex | _RPmutex |
| GZFILE_ReadPointer | _ReadPointer |
| std::string | _filepath |
| size_t | _compressedSize |
| size_t | _currentCompressedPosition |


H.B. Woodrose, 2C-C, DPT & Cannabis
My Calea Zacatechichi Induced dream from the previous night, with the subliminal expectation of a light, spiritual/personal trip, woke me early in the morning primed and ready for an expedition of sorts.
9:10 - I Drank an extraction of LSA from 7 Hawaiian Baby Woodrose seeds prepared from the night before. The seeds turned out to be rather weak, but had some minor body rushes, CEV's, slight mood elevation and slight nausea. The visuals were of fleeting geometric vistas suggesting old dynasty Ancient Egyptian or maybe even Sumerian architectures, on a grid of infinity. The colors quite dulled down, I attributed to the lack of potency in the seeds.
11:15 - I Took out a pre-measured dose of 100mg of 2C-C, split it into 4 equal parts, and encapsulated them, then swallowed one. I had read that especially this type of Phenethylamine took quite some time to kick in. This was my first experiment with 2C-C and I was a little anxious as to the effects, and had not prepared myself nor had the physical time for Ego Death or a full on trip, so I smoked alot of homegrown high grade Cannabis. So I didnt really notice too much of the effects as I came up.
I painted for about half an hour totally entranced and amazed by the textures created as I painted, I was mesmerised by the colors, at times, it could get a little intense, but it was easy to keep under control. A slight buzz in the head, or the beginnings of a headache started. I continued to smoke cannabis throughout this time as the effects of the 2C-C were somewhat light.
Went inside to lie down on the couch with some chillout and enjoyed some slight CEV's, there were small times of intense euphoria, which were apparently psychosomatic, as the only body load I ever got was from the Cannabis. The type of visuals were lacking in character, quite randomised bits of hypnogogic images overlapping generic lava-lamp type fluid visuals. I soon realised that I wasnt in the mood for daydreaming. This was about the time I realised I was thinking slightly differently, more lucid, from multiple perspectives. I found that it had become very easy to concentrate on mental problems and solve them, without getting distracted by any powerful visuals or sensations. I found it to be very analytical (Not self-analytical), and that it significantly enhanced the aesthetic appreciation of music and visual-spatial relationships.
As I got bored I concluded that it was safe to go out and resume my daily errands in the city. As soon as I left my spirits had lifted immensely, I walked through a park during the beginning months of spring, and I suddenly became aware of all the natural beauty around me, totally astonished by all the trees. I continued to stroll around the park admiring all the details of nature. The walk was a beautiful one, which allowed for introspection, deep thought on several required subjects, and simple wonder at how subtly psychedelic and therapeutic this substance was. It reminded me of a light dose of Acid, with a clean head high tinged with Mescaline type thought patterns. When the scenery changed from beautiful blooming park to crowded and dilapidated streets of Istanbul, the visuals adapted to a more very sublime and subtle Escheresque visuals of morphing, rusted buildings, similar to oil paintings I have painted in the past.
I ate outside, and completed my errands, and walked back home, I had peaked somewhere on the walk but have no idea as it was so as I approached home I decided that a tiny cosmic touch was needed to finish the experiment.
14:20 - Arrived home and prepared a bowl with fine Cannabis laced with (eyeballed) approx: 10-15mg of DPT. Put on Shpongle's Tales of the Inexpressible, relaxed and took a deep, long hit. It wasnt much, but enough... about 2-3 minutes after smoking, I was overcome with sensory and physical intensity and an intense euhporia swept over me. The effect was quite like bypassing the tricky parts of the mushroom trip to the bare essentials and effects. Walls morphing, fractal textures, high frequency shimmering ect, but I was like looking through a veil of yellow cosmic fog. The music's depth complexified immediately, I closed my eyes for a couple of minutes in fractal and snakelike cheshiresque morphing hallucinations that gradually gave way to the kaledioscopic DMT or LSD type visuals. Slight nausea set in but it wasnt a problem.
14:30 - Got up and repeated the hit. This time the experience was very similar but much more intense, tripping hard for several minutes I closed my eyes to fall into an abstract psychedelic dimension that I could pull out of at will. When I awoke maybe 10 minutes later, The world seemed completely different, like I was born again. It felt as if a great weight had been lifted, I was in a state of euphoric catharsis. I indeed did feel centuries younger...
The afterglow was extremely pleasurable as I write this, the afterglow resembles the Salvia afterglow but in a much more positive light. In conclusion I was quite satisfied that I had both completed my daily chores and errands, painted and worked, while having bursts of insight, euphoria, shallow and sublime psychedelic excursions without the messy ego death, paranoia or anxiety in half a day. I have cooked dinner for my wife who is to arrive from work, Iím extremely positive and feel reborn. I could easily have doubled the 2C-C dose, for quite a full trip. I would like to repeat the experience however, I would prefer to replace the LSA with Mushrooms or good old Acid in the future.
18:30 - Cleaned up the house, had a couple of beers and smoked a little more Cannabis while I watched some tv, had a small snack, and a wonderful shower.
I feel highly charged, creative and motivated, most likely to enhance the afterglow with some kratom extract, and additional cannabis, folowed by A Calea Zacatechichi Tea and Calea joint before bed to complete the cycle...
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


| string_metrics_dev {systemfonts} | R Documentation |
This function is much like string_widths_dev()
but also returns the ascent
and descent of the string making it possible to construct a tight bounding
box around the string.
string_metrics_dev( strings, family = "", face = 1, size = 12, cex = 1, unit = "cm" )
strings |
A character vector of strings to measure |
family |
The font families to use. Will get recycled |
face |
The font faces to use. Will get recycled |
size |
The font size to use. Will get recycled |
cex |
The cex multiplier to use. Will get recycled |
unit |
The unit to return the width in. Either |
A data.frame with width
, ascent
, and descent
columns giving the
metrics in the requested unit.
Other device metrics:
string_widths_dev()
# Get the metrics as measured in cm (default) string_metrics_dev(c('some text', 'a string with descenders'))


Raiders place Dwayne Harris on IR
by Myles SimmonsAs a corresponding roster move to get newly signed Preston Brown on the 53-man roster, the Raiders have placed wide receiver/return specialist Dwayne Harris on injured reserve with an ankle injury.
A veteran return man, Harris only played three games for the Raiders in 2018. He suffered an ankle injury during the Week 2 loss to the Chiefs, and was sidelined until the club’s Week 8 loss to Houston. But Harris has been inactive in the three games since, and now the Raiders have ended his season.
Since arriving from a trade with the Packers, wide receiver Trevor Davis has taken over as the Raiders’ primary returner. He’s averaged 9.4 yards on 10 punt returns and 23.8 yards on 13 kick returns.
More Raiders: Follow at vegasnation.com and @VegasNation on Twitter.


| duplicate {rlang} | R Documentation |
In R semantics, objects are copied by value. This means that
modifying the copy leaves the original object intact. Since
copying data in memory is an expensive operation, copies in R are
as lazy as possible. They only happen when the new object is
actually modified. However, some operations (like node_poke_car()
or node_poke_cdr()
) do not support copy-on-write. In those cases,
it is necessary to duplicate the object manually in order to
preserve copy-by-value semantics.
duplicate(x, shallow = FALSE)
x |
Any R object. However, uncopyable types like symbols and
environments are returned as is (just like with |
shallow |
This is relevant for recursive data structures like lists, calls and pairlists. A shallow copy only duplicates the top-level data structure. The objects contained in the list are still the same. |
Some objects are not duplicable, like symbols and environments.
duplicate()
returns its input for these unique objects.
pairlist


Preparation time
less than 30 mins
Cooking time
1 to 2 hours
Serves
Serves 4
Instead of lamb this recipe uses goat meat for a leaner version of a traditional shepherd’s pie that’s very tasty indeed. You can, of course, still use lamb if you prefer.
Preheat the oven to 190C/375F/Gas 5.
To make the filling, heat one tablespoon of the oil in a wide frying pan over a medium-low heat. Add the onions, celery and squash and cook gently for about 10 minutes, or until the onions begin to soften.
Put the garlic in a pestle and mortar with the sea salt and crush to a paste. Add the anchovies and bash to form a rough paste. Add this mixture to the pan of vegetables. Cook gently for about five minutes, stirring, so the anchovies begin to ‘melt’. Remove the contents of the pan to a bowl, leaving any oil behind.
Increase the heat under the pan. Add a little more oil if necessary, and half the mince. Cook, stirring, until it is browned, then add it to the vegetables. Repeat with the remaining mince then return all the meat and vegetables to the pan.
Add the olives. Stir in the tomato purée and flour and cook gently for 2-3 minutes. Add the wine and stock, bring to the boil then simmer for 15 minutes.
Add the rosemary and cinnamon and season with salt and pepper (if needed – the anchovies are already quite salty).
Transfer the meat to an oven dish with around 1.2 litre/2 pints capacity.
For the topping, put the potatoes in a pan, cover with water, add a little salt and bring to the boil. Simmer for 15-20 minutes, or until the potatoes are tender. Drain well, then mash them or push through a ricer back into the hot pan, and stir in the butter.
Spread the mash over the meat in the dish. Combine the crumbled goat’s cheese and parmesan and sprinkle over the potato.
Bake in the preheated oven for 25-30 minutes, or until the top is golden-brown and crusty and the filling is bubbling.
Leave to stand for 10-15 minutes before serving.


If you see this page, the Miniweb web server is successfully installed and working.
For online documentation and support please refer to mianhk.
Thank you for using miniweb.


十年历程，坚持努力，最好的服务，助力创新.
柚马天城是国际领先的软件开发服务提供商。成立10年以来，我们和多家国内外合作伙伴建立了合作，涵盖中国、美国、法国、挪威、印度等多个国家，为智能停车、教育、地理信息与位置追踪、信用、团购、门户、医疗、汽车等行业的客户提供了优质的服务。
根据客户（企业）要解决的问题以及差异化的业务模型，柚马天城针对不同客户量身提供包含IT咨询和开发实施的软件研发+服务。我们的软件工程师将立足于您的业务和信息化目标，与您共同面对问题和挑战，协同创新；并通过给您开发出“快速解决问题、带来商业价值的软件”助您实现业务创新，提升企业竞争力。
Your project looks great on any device. Content can be easily read and a user understands freely what you wanted to say him or her.
The graphic source file in PSD format is included in the archive.
No fluff. Nothing should lead the visitor away from the main essence of website. There must be just important information.
The detailed documentation will help you in adjusting the project with little effort according to your requirements.
The set of ready made CSS files with different color schemes will help you in quick landing’s adaptation according to your benchmark style.
The page is adapted to the most of the popular platform in segment.
No fluff. Nothing should lead the visitor away from the main essence of website. There must be just important information.
No fluff. Nothing should lead the visitor away from the main essence of website. There must be just important information.
关注我们. 您可以订阅我们，随时接收最新信息.


Patrick Wong
Student at University of Waterloo
e-mail:
<EMAIL_ADDRESS>My links:
LinkedIn
GitHub
Courses I've taken @ UW
O.G. website
Links I use a lot:
List of CS courses offered at UW
Schedule of Classes for Undergraduates
Undergraduate Calendar Requirements for BMath CS
Undergraduate Calendar Requirements for Computational Mathematics
UW CS Website Major Requirement checklists
Future UW CS Course Offerings
Future UW C&O Course Offerings
Quest - Important Dates 2015-16
UW CSCF Class Schedules (2001-present)


[gecode-users] Posting a constraint on a IntVarArray that depends to other IntVarArray
Juan Carlos
carlvall at gmail.com
Thu Jan 10 11:47:20 CET 2008
Thank you very much!, I didn't know about the reified feature.
On Jan 10, 2008 3:22 AM, Guido Tack <tack at ps.uni-sb.de> wrote:
> It depends on the constraint that you want to post. If it can be
> reified, you can write
>
> BoolVar bb(this,0,1);
> post(this, eqv(~(a[i] < 4), bb));
> BoolVar notBb(this,0,1);
> rel(this, bb, IRT_NQ, notBb);
> constraint1(this, b[a[i]], bb);
> constraint2(this, b[a[i]], notBb);
>
> (Where you'd have to replace b[a[i]] by the proper call to element etc.)
>
> If there is no reified version for the constraint, I don't know any
> straight-forward solution except decomposing the constraint into
> smaller constraints that can be reified (not the best solution,
> certainly).
>
> Cheers,
> Guido
>
>
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module ActiveRecord::Reflection::ClassMethods
Reflection enables interrogating of Active Record classes and objects about their associations and aggregations. This information can, for example, be used in a form builder that takes an Active Record object and creates input fields for all of the attributes depending on their type and displays the associations to other objects.
MacroReflection class has info for AggregateReflection and AssociationReflection classes.
Public Instance Methods
Returns the AggregateReflection
object for the named aggregation
(use the symbol).
Account.reflect_on_aggregation(:balance) # => the balance AggregateReflection
# File lib/active_record/reflection.rb, line 61 def reflect_on_aggregation(aggregation) aggregate_reflections[aggregation.to_s] end
Returns an array of AggregateReflection objects for all the aggregations in the class.
# File lib/active_record/reflection.rb, line 53 def reflect_on_all_aggregations aggregate_reflections.values end
Returns an array of AssociationReflection objects for all
the associations in the class. If you only want to reflect on a certain
association type, pass in the symbol (:has_many
,
:has_one
, :belongs_to
) as the first parameter.
Example:
Account.reflect_on_all_associations # returns an array of all associations Account.reflect_on_all_associations(:has_many) # returns an array of all has_many associations @api public
# File lib/active_record/reflection.rb, line 99 def reflect_on_all_associations(macro = nil) association_reflections = reflections.values macro ? association_reflections.select { |reflection| reflection.macro == macro } : association_reflections end
Returns an array of AssociationReflection objects for all
associations which have :autosave
enabled.
@api public
# File lib/active_record/reflection.rb, line 122 def reflect_on_all_autosave_associations reflections.values.select { |reflection| reflection.options[:autosave] } end
Returns the AssociationReflection
object for the association
(use the symbol).
Account.reflect_on_association(:owner) # returns the owner AssociationReflection Invoice.reflect_on_association(:line_items).macro # returns :has_many @api public
# File lib/active_record/reflection.rb, line 110 def reflect_on_association(association) reflections[association.to_s] end
Returns a Hash of name of the reflection as the key and a AssociationReflection as the value.
Account.reflections # => {"balance" => AggregateReflection}
@api public
# File lib/active_record/reflection.rb, line 70 def reflections @__reflections ||= begin ref = {} _reflections.each do |name, reflection| parent_name, parent_reflection = reflection.parent_reflection if parent_name ref[parent_name] = parent_reflection else ref[name] = reflection end end ref end end


public interface BlogManagement
| Modifier and Type | Field and Description |
|---|---|
static String |
PROPERTY_KEY_PERSONAL_TOPIC_USER_ID
Key of the property which marks a topic as the personal topic of a user.
|
| Modifier and Type | Method and Description |
|---|---|
Blog |
createBlog(CreationBlogTO blogDetails)
Create a new blog and set the user referenced in the transfer object as its manager.
|
void |
createDefaultBlog(String blogName)
Create a default topic if there is no such topic yet.
|
void |
deleteBlog(Long blogId,
Long newBlogId)
Delete a blog with all its notes
|
void |
deleteBlogs(Long[] blogIds)
Delete a selection of blogs.
|
Blog |
findBlogByIdentifier(String identifier)
Retrieve a blog by its alias.
|
Blog |
findBlogByIdentifierWithoutAuthorizationCheck(String alias)
Retrieve a blog by its alias.
|
Blog |
findBlogByIdWithoutAuthorizationCheck(Long blogId)
Retrieve a blog by its ID.
|
List<Blog> |
findBlogsById(Long[] blogIds)
Return the blogs for the given IDs.
|
String |
generateUniqueBlogAlias(String aliasBase,
String previousAlias)
Tries to find a valid blog alias that is not yet used by another blog
|
<T> T |
getBlogByAlias(String alias,
Converter<Blog,T> converter)
Return the details of a blog.
|
Blog |
getBlogById(Long topicId,
boolean needTags)
Retrieve a blog by its ID.
|
<T> T |
getBlogById(Long blogId,
Converter<Blog,T> converter)
Return the details of a blog.
|
long |
getBlogCount() |
Long |
getBlogId(String alias)
Get the ID of a topic identified by the alias.
|
List<BlogData> |
getLastUsedBlogs(int numberOfMaxResults,
boolean sortByTitle)
Retrieve a collection of the writable blogs the current user has written to.
|
MinimalBlogData |
getMinimalBlogInfo(Long blogId)
Return the minimal set of information on a blog, even if the current user is not allowed to
read it.
|
List<BlogData> |
getMostUsedBlogs(int numberOfMaxResults,
boolean sortByTitle)
Retrieve a collection of writable blogs the current user has written to.
|
void |
resetGlobalPermissions()
Removes "all read" and "all write" permissions from all blogs.
|
Blog |
updateBlog(Long blogId,
BlogTO blogDetails)
Update the blog data including title, description alias, tags and properties but not access
rights.
|
static final String PROPERTY_KEY_PERSONAL_TOPIC_USER_ID
Blog createBlog(CreationBlogTO blogDetails) throws NonUniqueBlogIdentifierException, BlogIdentifierValidationException, BlogNotFoundException, BlogAccessException
blogDetails
- transfer object holding the details of the blog to be createdNonUniqueBlogIdentifierException
- in case the blog alias is not uniqueBlogIdentifierValidationException
- in case the blog alias is not validBlogAccessException
- in case the current user is not manager of the topic that should be added as the
parent topicBlogNotFoundException
- in case the topic to be added as the parent topic does not existvoid createDefaultBlog(String blogName) throws NonUniqueBlogIdentifierException, BlogIdentifierValidationException
blogName
- the name of the topic to createNonUniqueBlogIdentifierException
- in case the blog alias of the default blog is not uniqueBlogIdentifierValidationException
- in case the blog alias of the default blog is not validvoid deleteBlog(Long blogId, Long newBlogId) throws NoteManagementAuthorizationException, BlogNotFoundException
blogId
- The ID of the blog to deletenewBlogId
- An optional ID of a blog to move the notes to before deleting the blogBlogNotFoundException
- if the blog to delete does not existNoteManagementAuthorizationException
- if the current user is not manager of the blog to deletevoid deleteBlogs(Long[] blogIds) throws AuthorizationException
blogIds
- The IDs of the blogs to deleteAuthorizationException
- if the current user is not client manager or the manager of all the blogsBlog findBlogByIdentifier(String identifier) throws BlogAccessException
identifier
- the name identifier/alias of the blogBlogAccessException
- in case the current user has no read access to the topicBlog findBlogByIdentifierWithoutAuthorizationCheck(String alias)
alias
- the name identifier/alias of the blogBlog findBlogByIdWithoutAuthorizationCheck(Long blogId)
blogId
- the ID of the blogList<Blog> findBlogsById(Long[] blogIds)
blogIds
- the IDs of the blogs to retrieveString generateUniqueBlogAlias(String aliasBase, String previousAlias) throws NonUniqueBlogIdentifierException
aliasBase
- the alias value to start with. If this value is not a valid alias, it will be
converted into a valid string.previousAlias
- if this alias is generated it will not be considered as a duplicate. Providing
this value is especially useful when generating an alias for a blog update. Can be
null.NonUniqueBlogIdentifierException
- in case no unique identifier could be generated<T> T getBlogByAlias(String alias, Converter<Blog,T> converter) throws BlogAccessException
T
- the type of the resulting objectalias
- the alias of the topicconverter
- the converter to use for creating the result objectBlogAccessException
- in case the current user has no access to the topicBlog getBlogById(Long topicId, boolean needTags) throws BlogNotFoundException, BlogAccessException
getBlogById(Long, Converter)
should be used instead.topicId
- the ID of the blogneedTags
- If true tags will also be loaded.BlogAccessException
- in case the current user has no read access to the topicBlogNotFoundException
- in case the topic does not exist<T> T getBlogById(Long blogId, Converter<Blog,T> converter) throws BlogAccessException
T
- the type of the resulting objectblogId
- the ID of the blogconverter
- the converter to use for creating the result objectBlogAccessException
- in case the current user has no access to the topiclong getBlogCount()
Long getBlogId(String alias)
alias
- the alias of the topicList<BlogData> getLastUsedBlogs(int numberOfMaxResults, boolean sortByTitle)
numberOfMaxResults
- The maximal number of blogs to returnsortByTitle
- If true, the result will be sorted by title.MinimalBlogData getMinimalBlogInfo(Long blogId)
blogId
- the ID of the topicList<BlogData> getMostUsedBlogs(int numberOfMaxResults, boolean sortByTitle)
numberOfMaxResults
- The maximal number of blogs to returnsortByTitle
- If true, the result will be sorted by title.void resetGlobalPermissions()
Blog updateBlog(Long blogId, BlogTO blogDetails) throws NonUniqueBlogIdentifierException, BlogIdentifierValidationException, BlogAccessException
blogId
- ID of the blog to updateblogDetails
- transfer object holding the details of the blog to be updatedNonUniqueBlogIdentifierException
- in case the new blog alias is not uniqueBlogIdentifierValidationException
- in case the new blog alias is not validBlogAccessException
- in case the current user has not the required permission to update the blogCopyright © 2019 Communote team. All rights reserved.


Is This Zlatan's Greatest Goal To Date?
by SL SocialWith Zlatan Ibrahimovic’s exit from LA Galaxy still on many football fans' lips, we take a look at what could possibly be his greatest goal to date. Check it out!
Earlier this week, "Ibra" took to his social media pages to announce that he is leaving LA Galaxy after setting Major League Soccer alight with his eye-catching performances.
With football in the US growing in popularity, Zlatan did his part by amassing 53 goals in 58 games and quickly became a main attraction in every fixture he partook in.
Download The Soccer Laduma Social Media App & Earn Airtime for Selfies!
A prolific goalscorer, Zlatan always had the penchant for the spectacular, and often scored freakish goals that wowed spectators.
One of them came against England back in 2012, when Ibrahimovic scored with a near-40-yard overhead kick that, in fact, won him the Puskas Award.
Check it out!
Is this Zlatan's greatest ever goal?


---
layout: default
title: Tabs, Related Records Configuration GUI
---
Tabs: Related Records Configuration GUI
How to configure the related records tabbed UI
How to Enter the Configuration GUI
After the Configuration GUI Has Loaded
Related Records: Master Settings
Related Records: Tab Settings
Related Records: Tab Fields Config: HTMLSnippit
Related Records: HTML Tab Config


Object Identifiers (OIDs), like <IP_ADDRESS>.5,
are nodes in a hierarchically-assigned namespace.
They are mostly used in SNMP and LDAP.
We'll assign you an OID prefix for free.
You can use it for whatever you want.
You have been assigned the following unique OID prefix:
<IP_ADDRESS>.<IP_ADDRESS>.9


Represents either single DOM element or DOM element list.
Marks array or single HTMLElement and its children as sensitive.
Marks array or single HTMLElement and its children untrackable (private).
Clear collected behavioural events.
Recent score.
Most recent behavioural score received when submitting behavioural events. This includes calls to sendCollectedEvents and calls made by background event sending.
Check if behavioural module is supported by current browser.
if behavioural module can be used.
Removes array or single HTMLElement from sensitive element list.
Removes array or single HTMLElement from untrackable (private) element list.
Send collected behavioural events.
integration specific metadata
flag to request serialized request body instead of making API call
Promise resolving to SendBehaviourResult
Get serialised send event api call.
integration specific metadata
flag to request serialized request body instead of making API call
Promise resolving to API request body serialized to string
Send collected behavioural events.
integration specific metadata
Promise resolving to SendBehaviourResult
Sets an identifier to for DOM element. Identifier must be unique.
identifier string.
element to be identified.
Set salt used for sensitive view id hashing.
hexadecimal 128bit string value.
Starts event tracking and background sending.
sending interval in milliseconds. Defaults to 3000
Starts invoking sendCollectedEvents periodically in background.
sending interval in milliseconds. Defaults to 3000
Starts tracking behavioural events.
Stops invoking sendCollectedEvents periodically in background.
Stops tracking behavioural events.
Generated using TypeDoc
Behaviour module
This module contains methods to collect and send user behaviour data to AimBrain API.
View identifiers
Assigning view identifiers to the views improves accuracy of analysis. Use setAimbrainId to set identifier to a DOM element.
Usage example:
var element = document.getElementById('an-element'); Aimbrain.behaviour.setAimbrainId('your-id', element);
Same effect can be achieved by setting html attribute
data-aimbrain-id
. The SDK will use HTML attributeid
if no custom id is set andid
.

Starting and stopping behavioural data collection
Call startTracking to begin behavioural event collection. stopTracking stops tracking.
Usage example:
Aimbrain.behaviour.startTracking();
Collected events are stored in local storage until they are sent to AimBrain servers and persist on page reloads.
Tracking starts only after call to SDK method and stops after page reload. startTracking needs to be called on each page reload to keep behavioural tracking.
Submitting behavioural data
Call sendCollectedEvents to send collected data to AimBrain for processing.
Calling this method with parameter
serialized
set totrue
returns promise resolving to string with serialized request JSON:Aimbrain.behaviour.sendCollectedEvents(true).then(jsonString => { // use request body in jsonString console.log(jsonString); });
Periodic behavioural data submission
Call to startSending begins periodic submission of collected data and stopSending stops background sending if it was started.
Use convenience method start to begin behavioural tracking and periodic data submission using default value:
Aimbrain.behaviour.start(5000);
Use interval parameter for start and startSending to control sending frequency.
Getting current score
To get the current session score from the server without sending any data use getScore:
var score = Aimbrain.behaviour.getScore();
Limiting sensitive data capture
Sensitive view data capture limiting is achieved by calling the addToSensitiveList method with DOM element or with an array of DOM elements to be treated as sensitive views. Events captured on sensitive views do not contain absolute click location and the view identifiers are salted using device specific random key.
Same effect can be achieved by setting html attribute
data-aimbrain-sensitive

 ...
Adding DOM element to sensitive list makes all its children sensitive as well.
Use removeFromSensitiveList to remove elements from sensitive list.
Sensitive element list does not persist across page reloads. Elements need to be added on each page reload.
Disabling sensitive data capture
Calling to addToUntrackableList disables tracking of DOM element(s). Absolutely no data will be collected about user activity connected with the untrackable view.
Same effect can be achieved by setting html attribute
data-aimbrain-ignored

 ...
Adding DOM element to untrackable list makes all its children untrackable as well.
Use removeFromUntrackableList to remove elements from untracked list.
Untracked element list does not persist across page reloads. Elements need to be added on each page reload.
Getting the current score
To get the latest session score received from server use getScore. Calling this method does not make any network API calls.
var score = Aimbrain.behaviour.getScore();


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This is paragraph a3907d56-138f-4c8a-bf16-d7b34091fa33
This is paragraph 4e5e67c3-4058-4887-ae0d-fc80875a8335


Solution for Bugged board in details (only Chessground)
Don't use the PgnViewerJS, but only Chessground.
Bugged board (Chessground)


This entry contains a brief description of the topography.
| Country | TERRAIN |
|---|---|
| Afghanistan |
mostly rugged mountains; plains in north and southwest |
| Albania |
mostly mountains and hills; small plains along coast |
| Algeria |
mostly high plateau and desert; some mountains; narrow, discontinuous coastal plain |
| American Samoa |
five volcanic islands with rugged peaks and limited coastal plains, two coral atolls (Rose Island, Swains Island) |
| Andorra |
rugged mountains dissected by narrow valleys |
| Angola |
narrow coastal plain rises abruptly to vast interior plateau |
| Anguilla |
flat and low-lying island of coral and limestone |
| Antarctica |
about 98% thick continental ice sheet and 2% barren rock, with average elevations between 2,000 and 4,000 meters; mountain ranges up to nearly 5,000 meters; ice-free coastal areas include parts of southern Victoria Land, Wilkes Land, the Antarctic Peninsula area, and parts of Ross Island on McMurdo Sound; glaciers form ice shelves along about half of the coastline, and floating ice shelves constitute 11% of the area of the continent |
| Antigua and Barbuda |
mostly low-lying limestone and coral islands, with some higher volcanic areas |
| Arctic Ocean |
central surface covered by a perennial drifting polar icepack that, on average, is about 3 meters thick, although pressure ridges may be three times that thickness; clockwise drift pattern in the Beaufort Gyral Stream, but nearly straight-line movement from the New Siberian Islands (Russia) to Denmark Strait (between Greenland and Iceland); the icepack is surrounded by open seas during the summer, but more than doubles in size during the winter and extends to the encircling landmasses; the ocean floor is about 50% continental shelf (highest percentage of any ocean) with the remainder a central basin interrupted by three submarine ridges (Alpha Cordillera, Nansen Cordillera, and Lomonosov Ridge) |
| Argentina |
rich plains of the Pampas in northern half, flat to rolling plateau of Patagonia in south, rugged Andes along western border |
| Armenia |
Armenian Highland with mountains; little forest land; fast flowing rivers; good soil in Aras River valley |
| Aruba |
flat with a few hills; scant vegetation |
| Ashmore and Cartier Islands |
low with sand and coral |
| Atlantic Ocean |
surface usually covered with sea ice in Labrador Sea, Denmark Strait, and coastal portions of the Baltic Sea from October to June; clockwise warm-water gyre (broad, circular system of currents) in the northern Atlantic, counterclockwise warm-water gyre in the southern Atlantic; the ocean floor is dominated by the Mid-Atlantic Ridge, a rugged north-south centerline for the entire Atlantic basin |
| Australia |
mostly low plateau with deserts; fertile plain in southeast |
| Austria |
in the west and south mostly mountains (Alps); along the eastern and northern margins mostly flat or gently sloping |
| Azerbaijan |
large, flat Kur-Araz Ovaligi (Kura-Araks Lowland, much of it below sea level) with Great Caucasus Mountains to the north, Qarabag Yaylasi (Karabakh Upland) in west; Baku lies on Abseron Yasaqligi (Apsheron Peninsula) that juts into Caspian Sea |
| Bahamas, The |
long, flat coral formations with some low rounded hills |
| Bahrain |
mostly low desert plain rising gently to low central escarpment |
| Bangladesh |
mostly flat alluvial plain; hilly in southeast |
| Barbados |
relatively flat; rises gently to central highland region |
| Belarus |
generally flat and contains much marshland |
| Belgium |
flat coastal plains in northwest, central rolling hills, rugged mountains of Ardennes Forest in southeast |
| Belize |
flat, swampy coastal plain; low mountains in south |
| Benin |
mostly flat to undulating plain; some hills and low mountains |
| Bermuda |
low hills separated by fertile depressions |
| Bhutan |
mostly mountainous with some fertile valleys and savanna |
| Bolivia |
rugged Andes Mountains with a highland plateau (Altiplano), hills, lowland plains of the Amazon Basin |
| Bosnia and Herzegovina |
mountains and valleys |
| Botswana |
predominantly flat to gently rolling tableland; Kalahari Desert in southwest |
| Bouvet Island |
volcanic; coast is mostly inaccessible |
| Brazil |
mostly flat to rolling lowlands in north; some plains, hills, mountains, and narrow coastal belt |
| British Indian Ocean Territory |
flat and low (most areas do not exceed two meters in elevation) |
| British Virgin Islands |
coral islands relatively flat; volcanic islands steep, hilly |
| Brunei |
flat coastal plain rises to mountains in east; hilly lowland in west |
| Bulgaria |
mostly mountains with lowlands in north and southeast |
| Burkina Faso |
mostly flat to dissected, undulating plains; hills in west and southeast |
| Burma |
central lowlands ringed by steep, rugged highlands |
| Burundi |
hilly and mountainous, dropping to a plateau in east, some plains |
| Cabo Verde |
steep, rugged, rocky, volcanic |
| Cambodia |
mostly low, flat plains; mountains in southwest and north |
| Cameroon |
diverse, with coastal plain in southwest, dissected plateau in center, mountains in west, plains in north |
| Canada |
mostly plains with mountains in west and lowlands in southeast |
| Cayman Islands |
low-lying limestone base surrounded by coral reefs |
| Central African Republic |
vast, flat to rolling plateau; scattered hills in northeast and southwest |
| Chad |
broad, arid plains in center, desert in north, mountains in northwest, lowlands in south |
| Chile |
low coastal mountains; fertile central valley; rugged Andes in east |
| China |
mostly mountains, high plateaus, deserts in west; plains, deltas, and hills in east |
| Christmas Island |
steep cliffs along coast rise abruptly to central plateau |
| Clipperton Island |
coral atoll |
| Cocos (Keeling) Islands |
flat, low-lying coral atolls |
| Colombia |
flat coastal lowlands, central highlands, high Andes Mountains, eastern lowland plains (Llanos) |
| Comoros |
volcanic islands, interiors vary from steep mountains to low hills |
| Congo, Democratic Republic of the |
vast central basin is a low-lying plateau; mountains in east |
| Congo, Republic of the |
coastal plain, southern basin, central plateau, northern basin |
| Cook Islands |
low coral atolls in north; volcanic, hilly islands in south |
| Coral Sea Islands |
sand and coral reefs and islands (or cays) |
| Costa Rica |
coastal plains separated by rugged mountains including over 100 volcanic cones, of which several are major active volcanoes |
| Cote d'Ivoire |
mostly flat to undulating plains; mountains in northwest |
| Croatia |
geographically diverse; flat plains along Hungarian border, low mountains and highlands near Adriatic coastline and islands |
| Cuba |
mostly flat to rolling plains, with rugged hills and mountains in the southeast |
| Curacao |
generally low, hilly terrain |
| Cyprus |
central plain with mountains to north and south; scattered but significant plains along southern coast |
| Czech Republic |
Bohemia in the west consists of rolling plains, hills, and plateaus surrounded by low mountains; Moravia in the east consists of very hilly country |
| Denmark |
low and flat to gently rolling plains |
| Djibouti |
coastal plain and plateau separated by central mountains |
| Dominica |
rugged mountains of volcanic origin |
| Dominican Republic |
rugged highlands and mountains with fertile valleys interspersed |
| Ecuador |
coastal plain (costa), inter-Andean central highlands (sierra), and flat to rolling eastern jungle (oriente) |
| Egypt |
vast desert plateau interrupted by Nile valley and delta |
| El Salvador |
mostly mountains with narrow coastal belt and central plateau |
| Equatorial Guinea |
coastal plains rise to interior hills; islands are volcanic |
| Eritrea |
dominated by extension of Ethiopian north-south trending highlands, descending on the east to a coastal desert plain, on the northwest to hilly terrain and on the southwest to flat-to-rolling plains |
| Estonia |
marshy, lowlands; flat in the north, hilly in the south |
| Ethiopia |
high plateau with central mountain range divided by Great Rift Valley |
| European Union |
fairly flat along the Baltic and Atlantic coast; mountainous in the central and southern areas |
| Falkland Islands (Islas Malvinas) |
rocky, hilly, mountainous with some boggy, undulating plains |
| Faroe Islands |
rugged, rocky, some low peaks; cliffs along most of coast |
| Fiji |
mostly mountains of volcanic origin |
| Finland |
mostly low, flat to rolling plains interspersed with lakes and low hills |
| France |
metropolitan France: mostly flat plains or gently rolling hills in north and west; remainder is mountainous, especially Pyrenees in south, Alps in east French Guiana: low-lying coastal plains rising to hills and small mountains Guadeloupe: Basse-Terre is volcanic in origin with interior mountains; Grande-Terre is low limestone formation; most of the seven other islands are volcanic in origin Martinique: mountainous with indented coastline; dormant volcano Mayotte: generally undulating, with deep ravines and ancient volcanic peaks Reunion: mostly rugged and mountainous; fertile lowlands along coast |
| French Polynesia |
mixture of rugged high islands and low islands with reefs |
| French Southern and Antarctic Lands |
Ile Amsterdam (Ile Amsterdam et Ile Saint-Paul): a volcanic island with steep coastal cliffs; the center floor of the volcano is a large plateau Ile Saint-Paul (Ile Amsterdam et Ile Saint-Paul): triangular in shape, the island is the top of a volcano, rocky with steep cliffs on the eastern side; has active thermal springs Iles Crozet: a large archipelago formed from the Crozet Plateau is divided into two groups of islands Iles Kerguelen: the interior of the large island of Ile Kerguelen is composed of rugged terrain of high mountains, hills, valleys, and plains with a number of peninsulas stretching off its coasts Bassas da India (Iles Eparses): atoll, awash at high tide; shallow (15 m) lagoon Europa Island, Glorioso Islands, Juan de Nova Island: low, flat, and sandy Tromelin Island (Iles Eparses): low, flat, sandy; likely volcanic seamount |
| Gabon |
narrow coastal plain; hilly interior; savanna in east and south |
| Gambia, The |
flood plain of the Gambia River flanked by some low hills |
| Gaza Strip |
flat to rolling, sand- and dune-covered coastal plain |
| Georgia |
largely mountainous with Great Caucasus Mountains in the north and Lesser Caucasus Mountains in the south; Kolkhet'is Dablobi (Kolkhida Lowland) opens to the Black Sea in the west; Mtkvari River Basin in the east; good soils in river valley flood plains, foothills of Kolkhida Lowland |
| Germany |
lowlands in north, uplands in center, Bavarian Alps in south |
| Ghana |
mostly low plains with dissected plateau in south-central area |
| Gibraltar |
a narrow coastal lowland borders the Rock of Gibraltar |
| Greece |
mostly mountains with ranges extending into the sea as peninsulas or chains of islands |
| Greenland |
flat to gradually sloping icecap covers all but a narrow, mountainous, barren, rocky coast |
| Grenada |
volcanic in origin with central mountains |
| Guam |
volcanic origin, surrounded by coral reefs; relatively flat coralline limestone plateau (source of most fresh water), with steep coastal cliffs and narrow coastal plains in north, low hills in center, mountains in south |
| Guatemala |
mostly mountains with narrow coastal plains and rolling limestone plateau |
| Guernsey |
mostly level with low hills in southwest |
| Guinea-Bissau |
mostly low-lying coastal plain with a deeply indented estuarine coastline rising to savanna in east; numerous off-shore islands including the Arquipelago Dos Bijagos consisting of 18 main islands and many small islets |
| Guinea |
generally flat coastal plain, hilly to mountainous interior |
| Guyana |
mostly rolling highlands; low coastal plain; savanna in south |
| Haiti |
mostly rough and mountainous |
| Heard Island and McDonald Islands |
Heard Island - 80% ice-covered, bleak and mountainous, dominated by a large massif (Big Ben) and an active volcano (Mawson Peak); McDonald Islands - small and rocky |
| Holy See (Vatican City) |
urban; low hill |
| Honduras |
mostly mountains in interior, narrow coastal plains |
| Hong Kong |
hilly to mountainous with steep slopes; lowlands in north |
| Howland Island |
low-lying, nearly level, sandy, coral island surrounded by a narrow fringing reef; depressed central area |
| Hungary |
mostly flat to rolling plains; hills and low mountains on the Slovakian border |
| Iceland |
mostly plateau interspersed with mountain peaks, icefields; coast deeply indented by bays and fiords |
| India |
upland plain (Deccan Plateau) in south, flat to rolling plain along the Ganges, deserts in west, Himalayas in north |
| Indian Ocean |
surface dominated by counterclockwise gyre (broad, circular system of currents) in the southern Indian Ocean; unique reversal of surface currents in the northern Indian Ocean; low atmospheric pressure over southwest Asia from hot, rising, summer air results in the southwest monsoon and southwest-to-northeast winds and currents, while high pressure over northern Asia from cold, falling, winter air results in the northeast monsoon and northeast-to-southwest winds and currents; ocean floor is dominated by the Mid-Indian Ocean Ridge and subdivided by the Southeast Indian Ocean Ridge, Southwest Indian Ocean Ridge, and Ninetyeast Ridge |
| Indonesia |
mostly coastal lowlands; larger islands have interior mountains |
| Iran |
rugged, mountainous rim; high, central basin with deserts, mountains; small, discontinuous plains along both coasts |
| Iraq |
mostly broad plains; reedy marshes along Iranian border in south with large flooded areas; mountains along borders with Iran and Turkey |
| Ireland |
mostly level to rolling interior plain surrounded by rugged hills and low mountains; sea cliffs on west coast |
| Isle of Man |
hills in north and south bisected by central valley |
| Israel |
Negev desert in the south; low coastal plain; central mountains; Jordan Rift Valley |
| Italy |
mostly rugged and mountainous; some plains, coastal lowlands |
| Jamaica |
mostly mountains, with narrow, discontinuous coastal plain |
| Jan Mayen |
volcanic island, partly covered by glaciers |
| Japan |
mostly rugged and mountainous |
| Jarvis Island |
sandy, coral island surrounded by a narrow fringing reef |
| Jersey |
gently rolling plain with low, rugged hills along north coast |
| Johnston Atoll |
mostly flat |
| Jordan |
mostly desert plateau in east, highland area in west; Great Rift Valley separates East and West Banks of the Jordan River |
| Kazakhstan |
vast flat steppe extending from the Volga in the west to the Altai Mountains in the east and from the plains of western Siberia in the north to oases and deserts of Central Asia in the south |
| Kenya |
low plains rise to central highlands bisected by Great Rift Valley; fertile plateau in west |
| Kingman Reef |
low and nearly level |
| Kiribati |
mostly low-lying coral atolls surrounded by extensive reefs |
| Korea, North |
mostly hills and mountains separated by deep, narrow valleys; coastal plains wide in west, discontinuous in east |
| Korea, South |
mostly hills and mountains; wide coastal plains in west and south |
| Kosovo |
flat fluvial basin with an elevation of 400-700 m above sea level surrounded by several high mountain ranges with elevations of 2,000 to 2,500 m |
| Kuwait |
flat to slightly undulating desert plain |
| Kyrgyzstan |
peaks of Tien Shan and associated valleys and basins encompass entire nation |
| Laos |
mostly rugged mountains; some plains and plateaus |
| Latvia |
low plain |
| Lebanon |
narrow coastal plain; El Beqaa (Bekaa Valley) separates Lebanon and Anti-Lebanon Mountains |
| Lesotho |
mostly highland with plateaus, hills, and mountains |
| Liberia |
mostly flat to rolling coastal plains rising to rolling plateau and low mountains in northeast |
| Libya |
mostly barren, flat to undulating plains, plateaus, depressions |
| Liechtenstein |
mostly mountainous (Alps) with Rhine Valley in western third |
| Lithuania |
lowland, many scattered small lakes, fertile soil |
| Luxembourg |
mostly gently rolling uplands with broad, shallow valleys; uplands to slightly mountainous in the north; steep slope down to Moselle flood plain in the southeast |
| Macau |
generally flat |
| Macedonia |
mountainous territory covered with deep basins and valleys; three large lakes, each divided by a frontier line; country bisected by the Vardar River |
| Madagascar |
narrow coastal plain, high plateau and mountains in center |
| Malawi |
narrow elongated plateau with rolling plains, rounded hills, some mountains |
| Malaysia |
coastal plains rising to hills and mountains |
| Maldives |
flat, with white sandy beaches |
| Mali |
mostly flat to rolling northern plains covered by sand; savanna in south, rugged hills in northeast |
| Malta |
mostly low, rocky, flat to dissected plains; many coastal cliffs |
| Marshall Islands |
low coral limestone and sand islands |
| Mauritania |
mostly barren, flat plains of the Sahara; some central hills |
| Mauritius |
small coastal plain rising to discontinuous mountains encircling central plateau |
| Mexico |
high, rugged mountains; low coastal plains; high plateaus; desert |
| Micronesia, Federated States of |
islands vary geologically from high mountainous islands to low, coral atolls; volcanic outcroppings on Pohnpei, Kosrae, and Chuuk |
| Midway Islands |
low, nearly level |
| Moldova |
rolling steppe, gradual slope south to Black Sea |
| Monaco |
hilly, rugged, rocky |
| Mongolia |
vast semidesert and desert plains, grassy steppe, mountains in west and southwest; Gobi Desert in south-central |
| Montenegro |
highly indented coastline with narrow coastal plain backed by rugged high limestone mountains and plateaus |
| Montserrat |
volcanic island, mostly mountainous, with small coastal lowland |
| Morocco |
northern coast and interior are mountainous with large areas of bordering plateaus, intermontane valleys, and rich coastal plains |
| Mozambique |
mostly coastal lowlands, uplands in center, high plateaus in northwest, mountains in west |
| Namibia |
mostly high plateau; Namib Desert along coast; Kalahari Desert in east |
| Nauru |
sandy beach rises to fertile ring around raised coral reefs with phosphate plateau in center |
| Navassa Island |
raised coral and limestone plateau, flat to undulating; ringed by vertical white cliffs (9 to 15 m high) |
| Nepal |
Tarai or flat river plain of the Ganges in south, central hill region, rugged Himalayas in north |
| Netherlands |
mostly coastal lowland and reclaimed land (polders); some hills in southeast |
| New Caledonia |
coastal plains with interior mountains |
| New Zealand |
predominately mountainous with some large coastal plains |
| Nicaragua |
extensive Atlantic coastal plains rising to central interior mountains; narrow Pacific coastal plain interrupted by volcanoes |
| Nigeria |
southern lowlands merge into central hills and plateaus; mountains in southeast, plains in north |
| Niger |
predominately desert plains and sand dunes; flat to rolling plains in south; hills in north |
| Niue |
steep limestone cliffs along coast, central plateau |
| Norfolk Island |
volcanic formation with mostly rolling plains |
| Northern Mariana Islands |
southern islands are limestone with level terraces and fringing coral reefs; northern islands are volcanic |
| Norway |
glaciated; mostly high plateaus and rugged mountains broken by fertile valleys; small, scattered plains; coastline deeply indented by fjords; arctic tundra in north |
| Oman |
central desert plain, rugged mountains in north and south |
| Pacific Ocean |
surface currents in the northern Pacific are dominated by a clockwise, warm-water gyre (broad circular system of currents) and in the southern Pacific by a counterclockwise, cool-water gyre; in the northern Pacific, sea ice forms in the Bering Sea and Sea of Okhotsk in winter; in the southern Pacific, sea ice from Antarctica reaches its northernmost extent in October; the ocean floor in the eastern Pacific is dominated by the East Pacific Rise, while the western Pacific is dissected by deep trenches, including the Mariana Trench, which is the world's deepest |
| Pakistan |
flat Indus plain in east; mountains in north and northwest; Balochistan plateau in west |
| Palau |
varying geologically from the high, mountainous main island of Babelthuap to low, coral islands usually fringed by large barrier reefs |
| Palmyra Atoll |
very low |
| Panama |
interior mostly steep, rugged mountains and dissected, upland plains; coastal areas largely plains and rolling hills |
| Papua New Guinea |
mostly mountains with coastal lowlands and rolling foothills |
| Paracel Islands |
mostly low and flat |
| Paraguay |
grassy plains and wooded hills east of Rio Paraguay; Gran Chaco region west of Rio Paraguay mostly low, marshy plain near the river, and dry forest and thorny scrub elsewhere |
| Peru |
western coastal plain (costa), high and rugged Andes in center (sierra), eastern lowland jungle of Amazon Basin (selva) |
| Philippines |
mostly mountains with narrow to extensive coastal lowlands |
| Pitcairn Islands |
rugged volcanic formation; rocky coastline with cliffs |
| Poland |
mostly flat plain; mountains along southern border |
| Portugal |
mountainous north of the Tagus River, rolling plains in south |
| Puerto Rico |
mostly mountains with coastal plain belt in north; mountains precipitous to sea on west coast; sandy beaches along most coastal areas |
| Qatar |
mostly flat and barren desert covered with loose sand and gravel |
| Romania |
central Transylvanian Basin is separated from the Moldavian Plateau on the east by the Eastern Carpathian Mountains and separated from the Walachian Plain on the south by the Transylvanian Alps |
| Russia |
broad plain with low hills west of Urals; vast coniferous forest and tundra in Siberia; uplands and mountains along southern border regions |
| Rwanda |
mostly grassy uplands and hills; relief is mountainous with altitude declining from west to east |
| Saint Barthelemy |
hilly, almost completely surrounded by shallow-water reefs, with plentiful beaches |
| Saint Helena, Ascension, and Tristan da Cunha |
the islands of this group result from volcanic activity associated with the Atlantic Mid-Ocean Ridge Saint Helena: rugged, volcanic; small scattered plateaus and plains Ascension: surface covered by lava flows and cinder cones of 44 dormant volcanoes; ground rises to the east Tristan da Cunha: sheer cliffs line the coastline of the nearly circular island; the flanks of the central volcanic peak are deeply dissected; narrow coastal plain lies between The Peak and the coastal cliffs |
| Saint Kitts and Nevis |
volcanic with mountainous interiors |
| Saint Lucia |
volcanic and mountainous with some broad, fertile valleys |
| Saint Pierre and Miquelon |
mostly barren rock |
| Saint Vincent and the Grenadines |
volcanic, mountainous |
| Samoa |
two main islands (Savaii, Upolu) and several smaller islands and uninhabited islets; narrow coastal plain with volcanic, rocky, rugged mountains in interior |
| San Marino |
rugged mountains |
| Sao Tome and Principe |
volcanic, mountainous |
| Saudi Arabia |
mostly uninhabited, sandy desert |
| Senegal |
generally low, rolling, plains rising to foothills in southeast |
| Serbia |
extremely varied; to the north, rich fertile plains; to the east, limestone ranges and basins; to the southeast, ancient mountains and hills |
| Seychelles |
Mahe Group is granitic, narrow coastal strip, rocky, hilly; others are coral, flat, elevated reefs |
| Sierra Leone |
coastal belt of mangrove swamps, wooded hill country, upland plateau, mountains in east |
| Singapore |
lowland; gently undulating central plateau contains water catchment area and nature preserve |
| Sint Maarten |
low, hilly terrain, volcanic origin |
| Slovakia |
rugged mountains in the central and northern part and lowlands in the south |
| Slovenia |
a short coastal strip on the Adriatic, an alpine mountain region adjacent to Italy and Austria, mixed mountains and valleys with numerous rivers to the east |
| Solomon Islands |
mostly rugged mountains with some low coral atolls |
| Somalia |
mostly flat to undulating plateau rising to hills in north |
| South Africa |
vast interior plateau rimmed by rugged hills and narrow coastal plain |
| Southern Ocean |
the Southern Ocean is deep, 4,000 to 5,000 m over most of its extent with only limited areas of shallow water; the Antarctic continental shelf is generally narrow and unusually deep, its edge lying at depths of 400 to 800 m (the global mean is 133 m); the Antarctic icepack grows from an average minimum of 2.6 million sq km in March to about 18.8 million sq km in September, better than a sixfold increase in area; the Antarctic Circumpolar Current (21,000 km in length) moves perpetually eastward; it is the world's largest ocean current, transporting 130 million cubic meters of water per second - 100 times the flow of all the world's rivers |
| South Georgia and South Sandwich Islands |
most of the islands, rising steeply from the sea, are rugged and mountainous; South Georgia is largely barren and has steep, glacier-covered mountains; the South Sandwich Islands are of volcanic origin with some active volcanoes |
| South Sudan |
the terrain gradually rises from plains in the north and center to southern highlands along the border with Uganda and Kenya; the White Nile, flowing north out of the uplands of Central Africa, is the major geographic feature of the country supporting agriculture and extensive wild animal populations; The Sudd (a name derived from floating vegetation that hinders navigation) is a large swampy area of more than 100,000 sq km fed by the waters of the White Nile that dominates the center of the country |
| Spain |
large, flat to dissected plateau surrounded by rugged hills; Pyrenees Mountains in north |
| Spratly Islands |
flat |
| Sri Lanka |
mostly low, flat to rolling plain; mountains in south-central interior |
| Sudan |
generally flat, featureless plain; desert dominates the north |
| Suriname |
mostly rolling hills; narrow coastal plain with swamps |
| Svalbard |
wild, rugged mountains; much of high land ice covered; west coast clear of ice about one-half of the year; fjords along west and north coasts |
| Swaziland |
mostly mountains and hills; some moderately sloping plains |
| Sweden |
mostly flat or gently rolling lowlands; mountains in west |
| Switzerland |
mostly mountains (Alps in south, Jura in northwest) with a central plateau of rolling hills, plains, and large lakes |
| Syria |
primarily semiarid and desert plateau; narrow coastal plain; mountains in west |
| Taiwan |
eastern two-thirds mostly rugged mountains; flat to gently rolling plains in west |
| Tajikistan |
Pamir and Alay Mountains dominate landscape; western Fergana Valley in north, Kofarnihon and Vakhsh Valleys in southwest |
| Tanzania |
plains along coast; central plateau; highlands in north, south |
| Thailand |
central plain; Khorat Plateau in the east; mountains elsewhere |
| Timor-Leste |
mountainous |
| Togo |
gently rolling savanna in north; central hills; southern plateau; low coastal plain with extensive lagoons and marshes |
| Tokelau |
low-lying coral atolls enclosing large lagoons |
| Tonga |
most islands have limestone base formed from uplifted coral formation; others have limestone overlying volcanic base |
| Trinidad and Tobago |
mostly plains with some hills and low mountains |
| Tunisia |
mountains in north; hot, dry central plain; semiarid south merges into the Sahara |
| Turkey |
high central plateau (Anatolia); narrow coastal plain; several mountain ranges |
| Turkmenistan |
flat-to-rolling sandy desert with dunes rising to mountains in the south; low mountains along border with Iran; borders Caspian Sea in west |
| Turks and Caicos Islands |
low, flat limestone; extensive marshes and mangrove swamps |
| Tuvalu |
low-lying and narrow coral atolls |
| Uganda |
mostly plateau with rim of mountains |
| Ukraine |
most of Ukraine consists of fertile plains (steppes) and plateaus, mountains being found only in the west (the Carpathians), and in the Crimean Peninsula in the extreme south |
| United Arab Emirates |
flat, barren coastal plain merging into rolling sand dunes of vast desert wasteland; mountains in east |
| United Kingdom |
mostly rugged hills and low mountains; level to rolling plains in east and southeast |
| United States Pacific Island Wildlife Refuges |
low and nearly level sandy coral islands with narrow fringing reefs that have developed at the top of submerged volcanic mountains, which in most cases rise steeply from the ocean floor |
| United States |
vast central plain, mountains in west, hills and low mountains in east; rugged mountains and broad river valleys in Alaska; rugged, volcanic topography in Hawaii |
| Uruguay |
mostly rolling plains and low hills; fertile coastal lowland |
| Uzbekistan |
mostly flat-to-rolling sandy desert with dunes; broad, flat intensely irrigated river valleys along course of Amu Darya, Syr Darya (Sirdaryo), and Zarafshon; Fergana Valley in east surrounded by mountainous Tajikistan and Kyrgyzstan; shrinking Aral Sea in west |
| Vanuatu |
mostly mountainous islands of volcanic origin; narrow coastal plains |
| Venezuela |
Andes Mountains and Maracaibo Lowlands in northwest; central plains (llanos); Guiana Highlands in southeast |
| Vietnam |
low, flat delta in south and north; central highlands; hilly, mountainous in far north and northwest |
| Virgin Islands |
mostly hilly to rugged and mountainous with little level land |
| Wake Island |
atoll of three low coral islands, Peale, Wake, and Wilkes, built up on an underwater volcano; central lagoon is former crater, islands are part of the rim |
| Wallis and Futuna |
volcanic origin; low hills |
| West Bank |
mostly rugged dissected upland, some vegetation in west, but barren in east |
| Western Sahara |
mostly low, flat desert with large areas of rocky or sandy surfaces rising to small mountains in south and northeast |
| World |
the greatest ocean depth is the Mariana Trench at 10,924 m in the Pacific Ocean |
| Yemen |
narrow coastal plain backed by flat-topped hills and rugged mountains; dissected upland desert plains in center slope into the desert interior of the Arabian Peninsula |
| Zambia |
mostly high plateau with some hills and mountains |
| Zimbabwe |
mostly high plateau with higher central plateau (high veld); mountains in east |


---
title: Step 1 - Select router brand
permalink: /setup/select-brand/
layout: setup
---
Select the brand of your router on which you intend to install Griggi
{% for brand in site.data.router.brands %}
{% assign loopindex = forloop.index | modulo: 2 %}
{% if loopindex == 1 %}


August 9, 2015
Stuff I Learned Today (Phase 1, Week 2)
Disclaimer: This is going to be a bit stingy on examples and general organization. Please forgive me. I have limited time outside of my learning. Please email me if you have any questions or feedback about the stuff on this page.
access a hash:
yes -> hash[:key]
yes -> hash["key"]
no -> hash[key]
delete array elements:
a.delete(value)
a.delete_at(index)
case statements:
I look up how to use these every time I need one. Now I can just check here!
case variable
when 5
puts "Option One"
when 7
puts "Option Two"
when (10..100)
puts "Option Three"
else
puts "Not an Option"
end
ruby conventions:
#instance_methods
::class_methods
splat operator:
[*"1".."5"] #-> ["1","2","3","4","5"]
eval keyword:
(need to play around with some examples)
ruby methods:
all? #-> returns true if the passed condition evaluates to true for all elements
any? #-> returns true if the passed condition evaluates to true for any element
zip #-> zips 1D arrays of the same size into hashes
union operator:
[1,2,3] | [4,5,6] #-> [1,2,3,4,5,6]
[1,2,3] | [1,2,3] #-> [1,2,3]
[1,2,3,4,5] | [3,4,5,6,7] #-> [1,2,3,4,5,6,7]
fetch:
arg = hash.fetch(:key,default) OR
arg = hash.fetch(:key) {default}
inheritance:
class DoStuff
include Stuff
def method
self.class.stuff_method
OR
DoStuff.stuff_method (but opt 1 is better in case you change the name of DoStuff)
end
end
thing.class.ancestors
display the inheritance chain for thing
class Thing < OtherThing # Thing inherits from OtherThing
keyword super
looks to superclass for behavior
stuff I learned @ code review:
- hashes are for labeled pieces of data
- use hashes with descriptive keys
- hashes are like arrays, just with more helpful indices (good for anyone that needs to read and understand your code)
when to use a data structure (string,hash,array,etc) vs. when to use a class:
if all you need to do is *hold state*, use a data struct
if you will ever need to *have behavior*, use a class
classes vs. modules:
use a module if you only need one instance, use classes if you need multiple
Miscellany
system("clear")
extend self
transforms all methods to self.method
array.shuffle.pop
isn't destructive because shuffle
returns a new array
use binding.pry
and you can cd
into objects
exit
moves to the next binding.pry
(exits pry and runs your program)
Sublime -> edit -> special characters for emoji
use $stdin.gets
or STDIN.gets
when there's an ARGV
in the file
cmd + shift + d to dupe a line
ctr + cmd + arrow to move selected lines
parsing examples:
def import(file)
data = CSV.read(file,opts).to_a
# CSV.read returns a CSV table thats in the format of an array of arrays & the first row is the headers. Need to convert to array to use array methods
# opts: headers: true, header_converters: :symbol
headers = data.shift # pops off headers row
data.map do |person_data|
Hash[headers.zip(person_data)] # crazy conversion magic
end
end
def save(file, data)
CSV.open(file,"w") do |csv|
csv << data.first.keys
data.each do |row|
csv << row.values
end
end
end
Here's another implementation:
module Parser
def import(file)
data = CSV.read(file).to_a
# CSV.read returns a CSV table that's in the format of an array of arrays & the first row is the headers. Need to convert to array to use array methods
data.map do |row|
row
end
end
def save(file, data)
CSV.open(file,"w") do |csv|
data.each do |row|
csv << [row] # takes arrays only. CSV needs to know where the comma column separators go
end
end
#File.write(file, new_file)
end
end
Then you do 'include Parser' in your class and 'require_relative 'parser'' at the top of your file


--- layout: page title: Talks array: - title: Build Your Cloud Infrastructure as Code With .Net Core date: 2021-11-17 event: Build Stuff Lithuania link: http://buildstuff.events/ - title: Kubernetes Blue-Green Deployment Made Easy with Argo Rollouts date: 2021-10-28 event: All Day DevOps link: https://www.alldaydevops.com/ - title: Build Your Azure Infrastructure as Code With .Net Core date: 2021-04-15 event: Global Azure link: https://globalazure.net/ - title: Build Your Azure Infrastructure as Code With .NET Core date: 2021-01-25 event: Azure Day Rome link: http://www.azureday.it/ - title: Practical Domain Driven Design with EF Core date: 2021-01-27 event: NDC London link: https://ndc-london.com/ - title: Infrastructure as Code With .Net Core date: 2020-11-12 event: All Day DevOps link: https://www.alldaydevops.com/ - title: Practical Domain Driven Design with EF Core date: 2020-10-12 event: NDC Sydney link: https://ndcsydney.com/ - title: Infrastructure as Code With .Net Core date: 2020-04-21 event: NDC Porto link: https://ndcporto.com/ - title: Secure Your Kubernetes Containers date: 2019-11-06 event: All Day DevOps link: https://play.vidyard.com/vEfDKAhmcx1NAz4a8az1zJ? - title: Empower Your Microservices with Istio Service Mesh date: 2019-10-14 event: NDC Sydney link: https://www.youtube.com/watch?v=UGPHxyncmYY - title: Secure Your Kubernetes Containers date: 2019-10-14 event: NDC Sydney link: https://ndcsydney.com/ - title: Empower Your Microservices with Istio Service Mesh date: 2019-06-18 event: NDC Oslo link: https://youtu.be/BIrYgDHueNg - title: Empower Your Microservices with Istio Service Mesh date: 2019-02-22 event: Sydney Alt.Net User Group link: https://www.meetup.com/en-AU/Sydney-Alt-Net/events/jxqsbqyzdbjc/ - title: Kubernetes for Developers date: 2018-11-27 event: Sydney Alt.Net User Group link: https://www.meetup.com/en-AU/Sydney-Alt-Net/events/jxqsbqyxpbkc/ - title: Kubernetes for .NET Developers date: 2018-09-17 event: NDC Sydney link: https://www.youtube.com/watch?v=uh4V2IjSrlI&list=PLU1WaRA-q3lXkrRUAsJ-Wxq4OPk0ieYIv&index=2 - title: Serverless with Azure Functions date: 2017-06-15 event: DDD Sydney link: https://www.dddsydney.com.au/agenda/2017/ --- {% for talk in page.array %}
{% endfor %}


MY EXPERIENCES
POINT CLOUD TO REAL WORLD IMAGE
We created a deep learning pipeline similar to pix2pix by using Pytorch which would take point cloud as the input and generates real-world like images. This project is still in development and only the first version of the code is currently available.
ROBOT TRAJECTORY GENERATION
For the first part of the project, I created two degrees of freedom robot and its driver in the Gazebo simulation environment. The purpose was to have a dataset for robot trajectory generation. After that, I created a CycleGAN pipeline from LSTM GANs by using Pytorch to generate trajectory from robots. This project is still in development.
TOOL DATASET CREATION AND ITS EVALUATION
We created a tool dataset and evaluated it on different object detection algorithms. The purpose of this project to create a tool dataset that robotic systems would use. We collected some real-world samples, but in addition to that, we are creating real like samples from different simulation environments like Unity3D. The current version of the dataset is tested on Faster R-CNN, YOLOv3, and RetinaNet. This project is still in development.
SAFETY-WATCHDOG
To create a compliant robotic companion I developed an ROS framework to make robots safer around human workers. This mechanism puts hard speed, acceleration and region limits for the robot. In addition to that, it changes the speed of the action in different regions to make it safer for a human worker. This project developed for CIRAK (Turkish for apprentice) international project.
MY PUBLICATIONS
CONTACT ME
Universiteler Mah, Orta Dogu Teknik Universitesi, Bilgisayar Muhendisligi, B:200, Cankaya, Ankara, Turkey
+90 506 906 40 39
<EMAIL_ADDRESS>fatihcankurnaz@gmail.com


iOS Support version of 10.0 or more, please iOS users must read the relevant settings before downloading instructions:
1.If you are not logged out, press Cancel
2.Enter the settings, select General
3.Select Device Management
4.Select BenQ Corporation
5.Select Trust
6.Choose Trust for BenQ Corporation
7.When this screen appears, you can go back to the desktop to open QPlay
8.Open QPlay, allow push notification


After drinking the mixture I did a few hundred mantra repetitions to get my head together. About 30 minutes in I walked upstairs to use the bathroom. Legs were very shaky, almost didn't make it back. I forced myself to get to the couch, wasn't able to get off of it for the next 8 hours.
At about an hour the visuals started kicking in. Most intense visuals I've ever seen. Visual fields basically, but very complex and disorienting. There was too much visual distortion to really see the room I was so I found it more comfortable to keep my eyes closed.
So, I found myself laying on the couch drifting in and out of physical consiousness for 8 hours.
I spent a good deal of time at the beginning going back over genetic code, mainly feeling my way through the DNA and conciousness of insects and reptiles. The culmination of this was my concious form shifting to that of a human upper half and a slug lower half. This form would be laying in the slime with others of it's kind. This place of laying in the slime was kind of my homebase for the duration of the experience. I would go off on different trips, but always end up returning there.
One of my first trips off of there was the remembering of a handful of 'past lives.' I'm hesitant of information recieved from past lives simply because of the impossibility of validation. Nevertheless these memories or visions contained lots of valid psychological information for my present incarnation.
The next trip out I encountered a group of men and women in grey monks robes. They described themselves as a group of initiates studying and sharing the mysteries. A felt that a few of them were people I know in this life, just in different forms. We talked for a while and then did a ritual together. I can remember very little about the ritual itself, though it somehow culminated in me making love to a woman in the mud and slime at a different location with the Brothers in gray watching in a circle around me.
Though this is only halfway through the experience I have no memory of the rest. I'd be interested in trying it again at some point with some L-Phenylalanine to help remember it better. I would say it was definitely a positive experience however. Helped me to work through some psychological blocks and brought some new insights into my practice.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


| Procedure | Location | Procedure Type | Description |
|---|---|---|---|
| anticommutator | matrix_m | Function | Calculate the anticommutator between two complex square matrices. |
| arg | basic_m | Function | Returns the complex argument θ of a complex number z=r·exp(iθ). |
| commutator | matrix_m | Function | Calculate the commutator between two complex square matrices. |
| conjg | nambu_m | Interface | Complex conjugation |
| conjg | spin_m | Interface | Complex conjugation |
| cx | basic_m | Function | Returns the complex number z=x+iy. |
| diag | math_m | Interface | Public interface for functions that deal with matrix diagonals. |
| differentiate | math_m | Interface | Public interface for various differentiation routines. |
| differentiate_array_cx | calculus_m | Function | Complex version of differentiate_array_re. |
| differentiate_array_re | calculus_m | Function | This function calculates the numerical derivative of an array y with respect to x, using a central difference approximation at the interior points and forward/backward difference approximations at the exterior points. Note that since all the three approaches yield two-point approximations of the derivative, the mesh spacing of x does not necessarily have to be uniform. |
| dump | stdio_m | Interface | Public interface for functions that dump results to files |
| dump_arrays | stdio_m | Subroutine | This subroutine is used to dump numerical arrays to an output file. |
| dump_scalar | stdio_m | Subroutine | This subroutine is used to dump a numerical result to an output file. |
| error | stdio_m | Subroutine | This subroutine provides a way to report an error message and halt the program. |
| evaluate | evaluate_m | Interface | Public interface for various routines that evaluate mathematical expressions. |
| finalize | voltage_p | Subroutine | |
| finalize | converge_p | Subroutine | |
| finalize | critical_p | Subroutine | |
| finalize | phase_p | Subroutine | |
| finalize | flow_p | Subroutine | |
| identity | matrix_m | Function | Constructs an n×n identity matrix. |
| im | basic_m | Function | Returns the imaginary part of a complex number z=x+iy. |
| input | stdio_m | Function | This function is used to open an input file for reading. |
| integrate | math_m | Interface | Public interface for various integration routines. |
| integrate_array_cx | calculus_m | Function | Complex version of integrate_array_re. |
| integrate_array_re | calculus_m | Function | This function calculates the integral of an array y with respect to x using a trapezoid approximation. Note that the mesh spacing of x does not necessarily have to be uniform. |
| integrate_range_cx | calculus_m | Function | Complex version of integrate_range_re. |
| integrate_range_re | calculus_m | Function | This function constructs a piecewise hermitian cubic interpolation of an array y(x) based on discrete numerical data, and subsequently evaluates the integral of the interpolation in the range (a,b). Note that the mesh spacing of x does not necessarily have to be uniform. |
| interpolate | math_m | Interface | Public interface for various interpolation routines. |
| interpolate_array_cx | calculus_m | Function | Complex version of interpolate_array_re. |
| interpolate_array_re | calculus_m | Function | This function constructs a piecewise hermitian cubic interpolation of an array y(x) based on discrete numerical data, and evaluates the interpolation at points p. Note that the mesh spacing of x does not necessarily have to be uniform. |
| interpolate_point_cx | calculus_m | Function | Complex version of interpolate_point_re. |
| interpolate_point_matrix_re | calculus_m | Function | Perform a Piecewise Cubic Hermitian Interpolation of a matrix function using Catmull-Rom splines. |
| interpolate_point_re | calculus_m | Function | Wrapper for interpolate_array_re that accepts scalar arguments. |
| inverse | nambu_m | Interface | Matrix inverse |
| inverse | spin_m | Interface | Matrix inverse |
| inverse | math_m | Interface | Public interface for functions that calculate a matrix inverse. |
| linspace | math_m | Interface | Public interface for routines that initialize arrays. |
| linspace_array_re | calculus_m | Subroutine | Populates an existing array with elements from |
| material_conf | material_m | Subroutine | Configure a material property based on a key-value pair. |
| material_load | material_m | Subroutine | Load a backup of a previous material state. |
| matrix_diag | matrix_m | Function | Construct a block-diagonal matrix R from two general matrices A and B. |
| matrix_inverse_cx | matrix_m | Function | Invert a square n×n matrix using Gauss-Jordan elimination with partial pivoting. In the special case n=2, the inverse is evaluated using a cofactoring algorithm. [This implementation is based on Algorithm #2 in "Efficient matrix inversion via Gauss-Jordan elimination and its parallelization" by E.S. Quintana et al. (1998)] |
| matrix_inverse_re | matrix_m | Function | Wrapper for matrix_inverse_cx that allows the procedure to be used for real matrices. |
| matrix_trace | matrix_m | Function | Calculate the trace of a general complex matrix. |
| mean | math_m | Interface | Public interface for routines that calculate the mean value. |
| mean_array_cx | calculus_m | Function | Calculates the mean value of a complex-valued array. |
| mean_array_re | calculus_m | Function | Calculates the mean value of a real-valued array. |
| message | stdio_m | Subroutine | This subroutine provides a way to report a status message. |
| nambuv | nambu_m | Interface | Construct basis matrices |
| nonzero | basic_m | Function | Checks whether or not the argument has a finite norm. |
| norm2 | spin_m | Interface | Matrix norm |
| output | stdio_m | Function | This function is used to open an output file for writing. |
| posthook | voltage_p | Subroutine | |
| posthook | phase_p | Subroutine | |
| prehook | voltage_p | Subroutine | |
| prehook | critical_p | Subroutine | |
| prehook | phase_p | Subroutine | |
| prehook | flow_p | Subroutine | |
| propagator | propagator_m | Interface | |
| re | basic_m | Function | Returns the real part of a complex number z=x+iy. |
| spinorbit | spinorbit_m | Interface | |
| spinorbit_construct | spinorbit_m | Function | Constructs a spinorbit object with a given parent material. |
| spinscattering | spinscattering_m | Interface | |
| spinscattering_construct | spinscattering_m | Function | Constructs a spinscattering object with a given parent material. |
| status_body | stdio_m | Subroutine | This subroutine is used to write boxed status messages to standard out; in particular, this routine writes out the name and value of a variable. |
| status_box | stdio_m | Subroutine | This subroutine is used to write boxed status messages to standard out. |
| status_foot | stdio_m | Subroutine | This subroutine is used to write boxed status messages to standard out; in particular, this routine writes out the bottom edge of such a box. |
| status_head | stdio_m | Subroutine | This subroutine is used to write boxed status messages to standard out; in particular, this routine writes out a boxed title with a timestamp. |
| structure | structure_m | Interface | |
| sum | nambu_m | Interface | Matrix sum |
| sum | spin_m | Interface | Matrix sum |
| trace | nambu_m | Interface | Matrix trace |
| trace | spin_m | Interface | Matrix trace |
| trace | math_m | Interface | Public interface for functions that calculate a matrix trace. |
| unitvector | basic_m | Function | If the argument has a finite norm, then it will be rescaled to a unit vector. If that norm is zero, then a zero vector is returned instead. |
| vector_diag | matrix_m | Function | Extract the diagonal of a general complex matrix. |
| warning | stdio_m | Subroutine | This subroutine provides a way to report a warning message. |


To answer the question “Do UFO Sightings Occur Primarily within Rural or Urban Areas?”, we joined a United States census dataset with our TSV v1 and plotted the normalized and non-normalized densities on Density Choropleths.
As can be seen in the charts, UFO sightings generally tend to cluster around the Western and Midwestern portions of the United States. In particular, the states with a high-density of sightings within these regions tended to be rural.
SIGHTING DENSITY CHOROPLETH MAP (NON-NORMALIZED)
SIGHTING DENSITY CHOROPLETH MAP (NORMALIZED)


${require('./sections/header.html')} ${require('./sections/aboutus.html')} ${require('./sections/ourservices.html')} ${require('./sections/ourwork.html')} ${require('./sections/contactus.html')} ${require('./sections/footer.html')}


|
KratosMultiphysics
KRATOS Multiphysics (Kratos) is a framework for building parallel, multi-disciplinary simulation software, aiming at modularity, extensibility, and high performance. Kratos is written in C++, and counts with an extensive Python interface.
|
Classes | |
| class | Sub_model_part |
Functions | |
| def | clear_node_data_from_mdpa (mdpa_data, line=0) |
| def | clear_element_data_from_mdpa (mdpa_data, nr_element_types, line=0) |
| def | count_element_types (mdpa_data) |
| def | collect_submodel_parts_from_mdpa (mdpa_data) |
| def | remove_sub_model_part (mdpa_data, sub_model_part, line=0) |
| def | compare_and_edit_sub_model_parts (duplicated_submodel_part) |
| def | add_new_sub_model_part (mdpa_data, submodel_part) |
| def | read_all_projects (all_project_names) |
| def | clear_duplications_in_mdpa_files (all_project_names, all_mdpa_data) |
| def | update_project_parameters_files (all_project_parameters) |
| def | write_all_files_in_project_dir (main_folder, new_project_name, all_project_names, all_project_parameters, all_material_parameters, all_mdpa_data) |
| def | run_main (main_folder, all_project_names, new_project_name) |
Variables | |
| string | main_folder = r"C:\Users\noordam\Documenten\Kratos\applications\GeoMechanicsApplication\test_examples" |
| list | all_project_names = [r"simple_dike_test_stage1.gid", r"simple_dike_test_stage2.gid"] |
| string | new_project_name = r'simple_dike_test_all_stages' |
| def collect_stages.add_new_sub_model_part | ( | mdpa_data, | |
| submodel_part | |||
| ) |
:param mdpa_data: :param submodel_part: :return:
| def collect_stages.clear_duplications_in_mdpa_files | ( | all_project_names, | |
| all_mdpa_data | |||
| ) |
| def collect_stages.clear_element_data_from_mdpa | ( | mdpa_data, | |
| nr_element_types, | |||
line = 0 |
|||
| ) |
:param mdpa_data: :param line: :return:
| def collect_stages.clear_node_data_from_mdpa | ( | mdpa_data, | |
line = 0 |
|||
| ) |
:param mdpa_data: :param line: :return:
| def collect_stages.collect_submodel_parts_from_mdpa | ( | mdpa_data | ) |
:param mdpa_data: :return:
| def collect_stages.compare_and_edit_sub_model_parts | ( | duplicated_submodel_part | ) |
:param duplicated_submodel_parts: :return:
| def collect_stages.count_element_types | ( | mdpa_data | ) |
| def collect_stages.read_all_projects | ( | all_project_names | ) |
:param all_project_names: :return:
| def collect_stages.remove_sub_model_part | ( | mdpa_data, | |
| sub_model_part, | |||
line = 0 |
|||
| ) |
:param mdpa_data: :param sub_model_part: :param line: :return:
| def collect_stages.run_main | ( | main_folder, | |
| all_project_names, | |||
| new_project_name | |||
| ) |
:param main_folder: overlaying folder of all stages :param all_project_names: all gid project names :param new_project_name: new project name :return:
| def collect_stages.update_project_parameters_files | ( | all_project_parameters | ) |
:param all_project_parameter: :return:
| def collect_stages.write_all_files_in_project_dir | ( | main_folder, | |
| new_project_name, | |||
| all_project_names, | |||
| all_project_parameters, | |||
| all_material_parameters, | |||
| all_mdpa_data | |||
| ) |
| list collect_stages.all_project_names = [r"simple_dike_test_stage1.gid", r"simple_dike_test_stage2.gid"] |
| string collect_stages.main_folder = r"C:\Users\noordam\Documenten\Kratos\applications\GeoMechanicsApplication\test_examples" |
| string collect_stages.new_project_name = r'simple_dike_test_all_stages' |


Shipping Information
Ship Date: {{ event.dateShipped }}
Contact Name: {{ event.shipping_contact.lastName }}, {{ event.shipping_contact.firstName }}
Address: {{ event.shipping_contact.address1 }}
Address: {{ event.shipping_contact.address2 }}
City, State, Zip: {{ event.shipping_contact.city }} {{ event.shipping_contact.zip }}, {{ event.shipping_contact.state }}
Event Information
Contact: {{ event.ctAssigned }} Event Name: {{ event.title }} Start Date: {{ event.start }} End Date: {{ event.end }} All Day Event: {{ event.all_day }} Number of Laptops: {{ event.laptopsRequested }} Projector Requested: {{ event.projectorRequested }} Event URL: {{ event.url }}
Assigned Assets
| Check In | Serial Number | Description | User Out | Check Out |
|---|---|---|---|---|
| ❏ | {{ item.serialNum }} | {{ item.desc }} | {{ item.outUser }} | ❏ |
| Check In | Case Name | Check Out |
|---|---|---|
| ❏ | {{ item.caseName }} | ❏ |


Verify User Details
Verify User Details
Name
Date of Birth
Social Security No
Member ID no
Email
Mailing Address
Telephone No
Bank Account no
Clinical info
Claims info
Verify


@Api fun load(sgfString: String): SgfController
Sets up parser and navigator for the sgfString, returning this SgfController for convenience.


Conflicts and Effective Solutions
Date: Feb 14, 2015
Conflict and How to Resolve
I am currently traveling Utah and Arizona with my husband. Our journey started from Salt Lake City to see "Sleater-Kinney" reunion concert, which was awesome and then drove to the Canyonland National Park to the Grand Canyon and then Zion national park. It is total 10 days of trip starting from 9th and then we will return home on 19th. So far it has been great. Because we didn't plan throughly before trip, we've been constantly online and figure out what we like to do next. It has been blessed. The parks were beautiful and we are so impressed by national park system. If anyone has never visited the Grand Canyon, I highly recommend to visit Canyonland national park and Arches national park on the way.
That's right. CONFLICT!
When we arrived Salt Lake City at midnight, we realized that our reservation was actually starting from yesterday, not from today. Great! They said there are cars available but it will be additional charge of $200.
Although I made a reservation, I asked my husband to confirm the reservation yesterday, I instantly blame him for not checking the reservation throughly.
The conversation went little wild and instead of deciding what to do (either taking a car or getting a taxi to go to the hotel and then rent a car from the city), we were arguing who create this madness.
I felt that it was disrespect able that he didn't listen me and failed to confirm the reservation. As a matter of fact, this is not the first time. I felt frustrated and angry.
After several minutes of heated conversation, we decided to take a moment and think of what we need to next. Although my anger wasn't entirely gone I agreed to the suggestion.
During short 10 minutes of taxi ride, I had a chance to think of the situation much clear. Mistake can be made and no one is responsible for anything. We both react poorly because we were frustrated and tired.
I also realized that when I am angry, I exaggerate the situation or bring other instances that make me more angry. I think I try to justify my anger and that makes me more angry.
Most of time, I found that having little bit of break will give me an opportunity to think and see the situation better without emotions.
In professional circumstances, sometimes I got an email that makes me frustrated or angry. When I receive these e-mails, I found that taking a few minutes to read email again or taking break before sending response better than react right away. Try to understand where this comes from, what causes the conflict and why, helps me to understand the situation better and NOT taking personally.
There is no sliver bullet. No one method will make you a conflict resolution expert. I found that many people with great at resolving conflict are confident. Confident people do not take a situation personally thus they do not response emotionally. To be confident, of course I need to be competent. So do more practice??
Conflict and How to Resolve
I am currently traveling Utah and Arizona with my husband. Our journey started from Salt Lake City to see "Sleater-Kinney" reunion concert, which was awesome and then drove to the Canyonland National Park to the Grand Canyon and then Zion national park. It is total 10 days of trip starting from 9th and then we will return home on 19th. So far it has been great. Because we didn't plan throughly before trip, we've been constantly online and figure out what we like to do next. It has been blessed. The parks were beautiful and we are so impressed by national park system. If anyone has never visited the Grand Canyon, I highly recommend to visit Canyonland national park and Arches national park on the way.
That's right. CONFLICT!
When we arrived Salt Lake City at midnight, we realized that our reservation was actually starting from yesterday, not from today. Great! They said there are cars available but it will be additional charge of $200.
Although I made a reservation, I asked my husband to confirm the reservation yesterday, I instantly blame him for not checking the reservation throughly.
The conversation went little wild and instead of deciding what to do (either taking a car or getting a taxi to go to the hotel and then rent a car from the city), we were arguing who create this madness.
I felt that it was disrespect able that he didn't listen me and failed to confirm the reservation. As a matter of fact, this is not the first time. I felt frustrated and angry.
After several minutes of heated conversation, we decided to take a moment and think of what we need to next. Although my anger wasn't entirely gone I agreed to the suggestion.
During short 10 minutes of taxi ride, I had a chance to think of the situation much clear. Mistake can be made and no one is responsible for anything. We both react poorly because we were frustrated and tired.
I also realized that when I am angry, I exaggerate the situation or bring other instances that make me more angry. I think I try to justify my anger and that makes me more angry.
Most of time, I found that having little bit of break will give me an opportunity to think and see the situation better without emotions.
In professional circumstances, sometimes I got an email that makes me frustrated or angry. When I receive these e-mails, I found that taking a few minutes to read email again or taking break before sending response better than react right away. Try to understand where this comes from, what causes the conflict and why, helps me to understand the situation better and NOT taking personally.
There is no sliver bullet. No one method will make you a conflict resolution expert. I found that many people with great at resolving conflict are confident. Confident people do not take a situation personally thus they do not response emotionally. To be confident, of course I need to be competent. So do more practice??


Services List
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| App Name | Detail | Version | App Code | Services URL | Actions |
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