Personalisation Capability
Web Components
with Polymer
What are Web Components?
Web components are a set of web platform APIs that allow you to create new custom, reusable, encapsulated HTML tags to use in web pages and web apps. Custom components and widgets build on the Web Component standards, will work across modern browsers, and can be used with any JavaScript library or framework that works with HTML.
What are Web Components?
Web Components are a set of web platform APIs that allow you to create new custom, reusable, encapsulated HTML tags to use in web pages and web apps. Custom components and widgets build on the Web Component standards, will work across modern browsers, and can be used with any JavaScript library or framework that works with HTML.
Web Components are a way to embed small Javascript Apps onto a static web page.
What are Web Components?
Web Components are a set of web platform APIs that allow you to create new custom, reusable, encapsulated HTML tags to use in web pages and web apps. Custom components and widgets build on the Web Component standards, will work across modern browsers, and can be used with any JavaScript library or framework that works with HTML.
Web Components are a way to embed small Javascript Apps onto a static web page.
Why Ember Islands?
Render Ember components anywhere on a server-rendered page to create "Islands of Richness".
Why Ember Islands?
Render Ember components anywhere on a server-rendered page to create "Islands of Richness".

Render Ember components anywhere on a server-rendered page to create "Islands of Richness".

There are limitations.
But..
There are limitations. YMMV
But..
There are limitations. YMMV.
-
One set of Islands - all or nothing
Each page using Islands loads more data than it needs. You can't pick and choose only the required components.
But..
There are limitations. YMMV.
-
One set of Islands - all or nothing
Each page using Islands loads more data than it needs. You can't pick and choose only the required components.
-
Can't use multiple set of Islands
Each page can only support a single Continent of Islands.
But..
There are limitations. YMMV.
-
One set of Islands - all or nothing
Each page using Islands loads more data than it needs. You can't pick and choose only the required components.
-
Can't use multiple set of Islands
Each page can only support a single Continent of Islands.
-
No IPC between Islands
Vanilla JS to manually manage data, no Ember Data.
But..
There are limitations. YMMV.
-
One set of Islands - all or nothing
Each page using Islands loads more data than it needs. You can't pick and choose only the required components.
-
Can't use multiple set of Islands
Each page can only support a single Continent of Islands.
-
No IPC between Islands
Vanilla JS to manually manage data, no Ember Data.
-
Data Binding and Observers
Deferred? Pah.
Why Polymer?
Unlock the Power of Web Components.
Why Polymer?
Unlock the Power of Web Components.
-
It's not Ember
;)
Why Polymer?
Unlock the Power of Web Components.

Unlock the Power of Web Components.

Why Polymer?
Unlock the Power of Web Components.

-
Not limited to Exactly ONE set of Components
If you don't need it, don't pull it in. WIP.
Why Polymer?
Unlock the Power of Web Components.

-
Not limited to Exactly ONE set of Components
If you don't need it, don't pull it in. WIP.
-
Data Binding and Observers
It. Just. Works.
But..
There are limitations. YMMV.
But..
There are limitations. YMMV.
-
No IPC between Components
However, Databinding and Observables 'Just work'. WIP.
But..
There are limitations. YMMV.
-
No IPC between Components
However, Databinding and Observables 'Just work'. WIP.
-
No Ember Data
Not necessarily a bad thing for simple components.
But..
There are limitations. YMMV.
-
No IPC between Components
However, Databinding and Observables 'Just work'. WIP.
-
No Ember Data
Not necessarily a bad thing for simple components.
-
No Mirage
Pretender.js works, but we've lost the tightly coupled Ember eco-system
But..
There are limitations. YMMV.
-
No IPC between Components
However, Databinding and Observables 'Just work'. WIP.
-
No Ember Data
Not necessarily a bad thing for simple components.
-
No Mirage
Pretender.js works, but we've lost the tightly coupled Ember eco-system
-
Another set of Buildtools
An unhealthy mix of NPM, Browserify, Bower. WIP.


Hello {{ username }}
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{% endfor %}


Next: open, Previous: file-position, Up: Streams Dictionary
file-string-length
stream object ⇒ length
stream—an output character file stream.
object—a string or a character.
length—a non-negative integer, or nil.
file-string-length returns the difference between what (file-position stream) would be after writing object and its current value, or nil if this cannot be determined.
The returned value corresponds to the current state of stream at the time of the call and might not be the same if it is called again when the state of the stream has changed.


NumPy DatatypesThe NumPy provides a higher range of numeric data types than that provided by the Python. A list of numeric data types is given in the following table.
NumPy dtypeAll the items of a numpy array are data type objects also known as numpy dtypes. A data type object implements the fixed size of memory corresponding to an array. We can create a dtype object by using the following syntax. The constructor accepts the following object. Object: It represents the object which is to be converted to the data type. Align: It can be set to any boolean value. If true, then it adds extra padding to make it equivalent to a C struct. Copy: It creates another copy of the dtype object. Example 1Output: int32 Example 2Output: int32 Creating a Structured data typeWe can create a map-like (dictionary) data type which contains the mapping between the values. For example, it can contain the mapping between employees and salaries or the students and the age, etc. Consider the following example. Example 1Output: [('salary', ' Example 2Output: [(10000.12,) (20000.5 ,)]
Next TopicNumPy Array Creation
|
NumPy DatatypesThe NumPy provides a higher range of numeric data types than that provided by the Python. A list of numeric data types is given in the following table.
NumPy dtypeAll the items of a numpy array are data type objects also known as numpy dtypes. A data type object implements the fixed size of memory corresponding to an array. We can create a dtype object by using the following syntax. The constructor accepts the following object. Object: It represents the object which is to be converted to the data type. Align: It can be set to any boolean value. If true, then it adds extra padding to make it equivalent to a C struct. Copy: It creates another copy of the dtype object. Example 1Output: int32 Example 2Output: int32 Creating a Structured data typeWe can create a map-like (dictionary) data type which contains the mapping between the values. For example, it can contain the mapping between employees and salaries or the students and the age, etc. Consider the following example. Example 1Output: [('salary', ' Example 2Output: [(10000.12,) (20000.5 ,)]
Next TopicNumPy Array Creation
|
NumPy DatatypesThe NumPy provides a higher range of numeric data types than that provided by the Python. A list of numeric data types is given in the following table.
NumPy dtypeAll the items of a numpy array are data type objects also known as numpy dtypes. A data type object implements the fixed size of memory corresponding to an array. We can create a dtype object by using the following syntax. The constructor accepts the following object. Object: It represents the object which is to be converted to the data type. Align: It can be set to any boolean value. If true, then it adds extra padding to make it equivalent to a C struct. Copy: It creates another copy of the dtype object. Example 1Output: int32 Example 2Output: int32 Creating a Structured data typeWe can create a map-like (dictionary) data type which contains the mapping between the values. For example, it can contain the mapping between employees and salaries or the students and the age, etc. Consider the following example. Example 1Output: [('salary', ' Example 2Output: [(10000.12,) (20000.5 ,)]
Next TopicNumPy Array Creation
|
NumPy DatatypesThe NumPy provides a higher range of numeric data types than that provided by the Python. A list of numeric data types is given in the following table.
NumPy dtypeAll the items of a numpy array are data type objects also known as numpy dtypes. A data type object implements the fixed size of memory corresponding to an array. We can create a dtype object by using the following syntax. The constructor accepts the following object. Object: It represents the object which is to be converted to the data type. Align: It can be set to any boolean value. If true, then it adds extra padding to make it equivalent to a C struct. Copy: It creates another copy of the dtype object. Example 1Output: int32 Example 2Output: int32 Creating a Structured data typeWe can create a map-like (dictionary) data type which contains the mapping between the values. For example, it can contain the mapping between employees and salaries or the students and the age, etc. Consider the following example. Example 1Output: [('salary', ' Example 2Output: [(10000.12,) (20000.5 ,)]
Next TopicNumPy Array Creation
|


NPM LIBRARY
@abslibs/abscli
Cli that generates node server and modules just in a single command. By rapid development I mean that with very little effort, developers should be able to start focusing on the features that really matter to them.
I have unequivocal love for programming. especially for javascript. I’m constantly learning technologies and other coding related topics, currently playing around with flutter and goLang. I have been in a startup ecosystem from the last few years. I love to build businesses and relationships, helping people is in my nature. You often find me either addressing a group of people, indulge in some great conversation or thinking about ideas or working on products. Passionate about implementing and launching new projects. I’ve always sought out opportunities and challenges that are meaningful to me. I enjoy using my obsessive attention to detail.
I like sports bikes, literature, classical music, thunderstorms and Linux.
I'm a huge fan of Nusrat fateh ali khan, Begum Akhtar, Pt. Bhimsen Joshi and Sharadchandra Chattopadhyay.
Email<EMAIL_ADDRESS>Remote
India - Mumbai
2019 - 2022
India - Delhi
2018 - 2019
India - Gr. Noida
2018
India - Delhi
2018
Cli that generates node server and modules just in a single command. By rapid development I mean that with very little effort, developers should be able to start focusing on the features that really matter to them.
This plugin provide Destroy & Restore methods to soft delete documents and restore documents. It overwrites all find methods.
ng-crumbs is a module for Angular that generates a breadcrumb for any page of your application. It is based on the built-in Angular router.


The requested resource or your client caused a server error to occur. This can be caused by many reasons and does not necessarily mean data is lost, so take it lightheartedly.
500 Internal Server Error – nginx


Data Fields | |
| int | iPortType |
| Type of GL-Sync port (ADL_GLSYNC_PORT_*). | |
| int | iNumOfLEDs |
| The number of LEDs for this port. It's also filled within ADLGLSyncPortCaps. | |
| int | iPortState |
| Port state ADL_GLSYNC_PORTSTATE_* Genlock related values. | |
| int | iFrequency |
| Scanned frequency for this port (vertical refresh rate in milliHz; 60000 means 60 Hz). | |
| int | iSignalType |
| Used for ADL_GLSYNC_PORT_BNC. It is ADL_GLSYNC_SIGNALTYPE_* Genlock related values. | |
| int | iSignalSource |
| Used for ADL_GLSYNC_PORT_RJ45PORT*. It is GL_Sync GPU Port index or ADL_GLSYNC_SIGNALSOURCE_*. Genlock related values. |
This structure is used to get status of the GL-Sync ports (BNC or RJ45s) for Workstation Framelock/Genlock.
Type of GL-Sync port (ADL_GLSYNC_PORT_*).
The number of LEDs for this port. It's also filled within ADLGLSyncPortCaps.
Port state ADL_GLSYNC_PORTSTATE_* Genlock related values.
Scanned frequency for this port (vertical refresh rate in milliHz; 60000 means 60 Hz).
Used for ADL_GLSYNC_PORT_BNC. It is ADL_GLSYNC_SIGNALTYPE_* Genlock related values.
Used for ADL_GLSYNC_PORT_RJ45PORT*. It is GL_Sync GPU Port index or ADL_GLSYNC_SIGNALSOURCE_*. Genlock related values.


KZN man bust for R140k worth of heroin
by Nicole McCainKwaZulu-Natal Natal police have arrested a man for the possession of 7100 capsules of heroin.
The bust came during an intelligence-driven operation, which was carried out by Chatsworth police on Table Mountain Road in Shallcross.
Police confiscated the heroin – estimated to be worth around R142 000 - as well as three cellphones on the premises.
The accused is due to appear at the Chatsworth Magistrates Court for dealing in drugs. Provincial Police Commissioner Lieutenant General Khombinkosi Jula said operations at “drug hotspots” will continue.
He added that police were encouraged by the daily tip-offs received from the public.


Item #: SCP-296-FR
Threat Level: Green ●
Object Class: Keter
Special Containment Procedures: Upon discovery of the phenomenon by NASA in 1976, multiple dissimulation agreements were reached with national and international space agencies. Images of the surface of Mars under the influence of SCP-296-FR must at no time be revealed to the public and are to be transferred in priority to the researchers at Site-Lamedh. Any human mission to Mars planned by an organisation other than the Foundation and its allies is to be sabotaged through all available means.
For several years, growing suspicion of the existence of SCP-296-FR has been noticed among anti-NASA conspirationists and groups related to the Flat-Earth Society, which required in several occasions the disbanding of the group in question and the amnesiation of members. In order to stop these leaks and prevent them in the future, disinformation agreements were reached with known civilian scientists such as C███ S████ and S██████ H██████.
As of today, SCP-296-FR has not influenced non-anomalous searches for life on Mars; this situation should be maintained as long as possible.
Description: SCP-296-FR is a series of events occurring once per day on the planet Mars, a few minutes prior to solar dusk. Its distance to Earth makes it almost undetectable from the Earth, but not from various technological objects in this area of the solar system, which is the main obstacle to its dissimulation. For approximately six minutes, portions of the martian terrain autonomously locomote on the surface of the planet to form shapes which remind of human and animal faces (referred to as SCP-296-FR-V). This also results in the formation, where orifices would be located on an actual face, of caves and tunnels of unknown length (see exploration logs).
Instances of SCP-296-FR typically span across fifty meters (50m) to twenty-five kilometers (25km) and depict male faces in 55% of cases, female faces in 35% of cases, and non-human animals in other cases (Middle-Eastern dog and cat breeds, lions, several species of monkeys, and species contained by the Foundation such as [REDACTED]). Human faces do not typically bear any distinctive traits except in rare cases tattoos similar to those worn by inhabitants of SCP-2688, otherwise fairly common in Ancient Arabia. The anomalous terrain shifts do not appear to affect the ground or the underground, as opposed to what geological simulations predict for the displacement of such landmasses at such speeds; the bumps and holes slide on the surface without cracking the ground, which appears to behave like a highly viscous fluid when affected by an instance.
At the end of SCP-296-FR, all objects displaced by the movement of an instance are transported back to their original location through unknown means, and SCP-296-FR instances vanish. All displaced terrain features then return to their usual location, and no detectable evidence of SCP-296-FR remains.
Terrain shifts sometimes induce an impression of facial movement, up to and including speech (though no sound is produced). It is not unusual for instances to make "eye" contact with martian probes and rovers, for unknown reasons.
Addendum 1: SCP-296-FR-O is a spherical celestial body which can only be observed from the surface of Mars during SCP-296-FR. The distance from Mars to SCP-296-FR-O was estimated through parallax to a hundred thousand kilometers (100 000 km), for a mean diameter of a thousand kilometers (1000 km). An object of such size would normally have a significant gravitational influence on Mars and its satellites, undetected to this day. When SCP-296-FR-O is visible, instances of SCP-296-FR-V continuously stare at it, articulating an array of sounds yet to be deciphered (see exploration log).
Addendum 2: Exploration missions


CindyJS: HiDPI-Test
The two leftimages should have a resolution higher than 128x128 on HiDPI-displays.


Tuna Fishing Supplychain
Query Tuna
Tuna Id:
Change Tuna Owner
Tuna Id:
New Owner:
Query All tuna
Add Tuna
Tuna Id:
Vessel:
Location:
Timestamp:
Holder:


--- layout: post title: History Ignored? tags: - Personal Life status: publish type: post published: true meta: {} --- The NCR History page does not mention ATM's anywhere in the company's long 125 years, which is odd considering that they saved the company financial bacon (IMHO). As you can probably tell NCR ATM's figured large in my life. I started work in London in 1982 working on the 1780 ATM, which was programmed in a rather bizarre proprietary language called TPL. It had paged banked memory (to fit 256K into a 64K address space). Despite all there limitations the family and it's successors (I also worked in the 1770, 5080 and 5081) were world class machines - designed and built in Dundee, Scotland, where I was lucky enough to be seconded on a few occasions. I finally left the world of ATMs in 1989.
Powered by ScribeFire.


◆ getAdcValue()
| int16_t TemperatureSensor::getAdcValue |
( |
| ) |
const |
Get the last Adc measurement value.
- Returns
- Adc value
- Exceptions
-
| std::runtime_error | if hardware Id is not valid. |
◆ getHardwareId()
| uint16_t TemperatureSensor::getHardwareId |
( |
| ) |
const |
Get the hardwareId.
- Returns
- Hardware Id
◆ getMaxTemperature()
| float TemperatureSensor::getMaxTemperature |
( |
| ) |
const |
Get the maximum temperature measurement since the sensor is instantiated, in degree Celsius.
- Returns
- Maximum temperature [C]
- Exceptions
-
| std::runtime_error | If not previous Adc measurement has been made. |
- See also
- measureTemperature()
◆ getMinTemperature()
| float TemperatureSensor::getMinTemperature |
( |
| ) |
const |
Get the minimum temperature measurement since the sensor is instantiated, in degree Celsius.
- Returns
- Minimum temperature [C]
- Exceptions
-
| std::runtime_error | If not previous Adc measurement has been made. |
- See also
- measureTemperature()
◆ getName()
| const string & TemperatureSensor::getName |
( |
| ) |
const |
Get the sensor name.
- Returns
- Sensor name
◆ getOffset()
| float TemperatureSensor::getOffset |
( |
| ) |
const |
Get the offset.
- Returns
- Offset
◆ getScalingFactor()
| float TemperatureSensor::getScalingFactor |
( |
| ) |
const |
Get the scaling factor.
- Returns
- Scaling factor
◆ getSensorType()
| SensorType TemperatureSensor::getSensorType |
( |
| ) |
const |
Get the sensor type.
- Returns
- Sensor type
- See also
- SensorType
◆ getTemperature()
| float TemperatureSensor::getTemperature |
( |
| ) |
const |
Get the last temperature measurement, in degree Celsius.
Return the converted Adc value representing a temperature, in degree Celsius.
- Returns
- Temperature [C]
- Exceptions
-
| std::runtime_error | If not previous Adc measurement has been made. |
- See also
- measureTemperature()
- Exceptions
-
| runtime_error | in case no previous ADC reading has been made. |
- Returns
- temperature [C]
◆ measureTemperature()
| float TemperatureSensor::measureTemperature |
( |
| ) |
|
Measure temperature. Read Adc and convert measurement into temperature in degree Celsius.
- Returns
- Temperature.
The documentation for this class was generated from the following files:
- C:/Users/a.debortoli/CLionProjects/taking_the_temperature/src/TemperatureSensor.h
- C:/Users/a.debortoli/CLionProjects/taking_the_temperature/src/TemperatureSensor.cpp


{% extends 'base.html'%} {{ super() }} {% block content %}
Here, you have only sixty seconds which can count in your life, its upon you to make it come through.
The efficiency of most workers is beyond the control of the management and depends more than has been supposed upon the willingness of men to do their best.
As a man, unless you go out and toil for yourself and your family or you end up leading the poorest future.
Simplicity is the ultimate sophistication.
If you want to understand how a lion hunts, don’t go to the zoo. Go to the jungle.
The greatest thing in this world is not so much where we stand, as in what direction we are moving.
It's time to start living the life we've imagined.


Rio can be "enhanced" with some optional modules.
-
Rio Utilies:
Rio Utilities are an important part of the management, monitoring,
federation and debugging of Rio based services. Current utilities are:
- Rio Viewer,
- OperationalString Monitor,
- SLA Viewer,
- Service Statement Viewer,
- Lincoln


Function S2Shape.userData
Virtual methods that return pointers of your choice.
const(void*) userData() const;
These methods are intended to help with the problem of attaching additional data to S2Shape objects. For example, you could return a pointer to a source object, or a pointer to a bundle of additional data allocated with the S2Shape. Because this method exists in all S2Shapes, you can override it in each type of shape you have and call it without knowing the concrete subtype. For example, if you have polyline and polygon shapes, you can do this:
class MyPolyline : S2Polyline .Shape {
public:
void* mutableUserData() { return &_myData; }
private:
MyData _myData;
}
class MyPolygon : S2Polygon .Shape {
public:
void* mutableUserData() { return &_myData; }
private:
MyData _myData;
};
...
S2Shape* shape = index .shape(id);
const(MyData)* data = cast(const(MyData)*)(shape .userData());
This is not the only way to map from an S2Shape back to your source data. Other reasonable techniques include:
- Every shape has an id() assigned by S2ShapeIndex. Ids are assigned sequentially starting from 0 in the order the shapes are added to the index. You can use this id to look up arbitrary data stored in your own vector.
- If all of your shapes are the same type, then you can create your own subclass of some existing S2Shape type (such as S2Polyline::Shape) and add your own methods and fields. You can access this data by downcasting the S2Shape pointers returned by S2ShapeIndex methods.


I researched and designed the brand, landing page, web app and stationeries.
I designed and built the landing page, instructuon manuals, email templates.


"The Borrowers" - Give Credit to the Little People by Homer Yen (c) 1998
Did you ever misplace a comb, only never to find it again? Did you ever wonder why you keep losing your keys? Why is there always one sock missing when you take your laundry out of the dryer? Maybe it's because you're not the only tenants living in your house. If you look under the floorboards or behind the cracks of the walls, you may indeed learn that you have housemates called "The Borrowers".
Borrowers are little people standing no more than several inches high. Because they scurry around like mice, are extremely intelligent, and have never been seen, they are something of a myth. When the 'Beings' of the house are away, they come out to pilfer batteries, food, and other supplies. Credit cards are used as doors, dental floss is used for rope and thimbles are used as pots.
The central story focuses on the family of the house, named the Lenders. Supposedly, the house belongs to them, which was stipulated in a will, but the scheming lawyer, played by John Goodman complete with oily hair and villainy mustache, claims that a will was never made, and by default, the house belongs to him. He plans to level the house and then to turn it into a deluxe condominium complex. Of course, this would not only force the Lenders to move out but would also force the Borrowers to leave as well. Ah...but there's no surprise that there is indeed a will and when the Borrower children take back the will, the ogrish Goodman comes after them with an exterminator.
But there is more to this movie than just an entertaining story and watching the little people achieve escapes that would impress any magician. The humor is physical and very funny at times thanks to Goodman's abilities.  Meanwhile, the visual aspect of the film is a joy. With a fairy-tale look right out of Mary Poppins or Wallace and Gromit videos, the movie achieves a whimsical adventure that allows you to sit back and enjoy the ride. A climatic scene takes place in a milk bottling plant.
This 83 minute offering makes a terrific matinee and a great antidote if you're suffering the blues.  Clever, cute, inventive, and fantastical, this movie will bring out the inner child in all of us.
Grade: B
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Structure for a SourceStream coming from compiled content
For multiple values per keys, this optimizer flattens all values for keys to have constant access
NOT thread safe.
NOT thread safe. Do not call from executors.
General purpose key value parser from source Currently read only text files
General purpose line parser from source Currently read only text files
General purpose line parser from source Currently read only text files
General purpose tuple parser from source Currently read only text files
General purpose tuple parser from source Currently read only text files
General purpose read saved Parquet Currently read only Parquet format
Helper one-place for IO management. Streams, source and external input should be handled from here


Welcome to Lab3 Game Show!
------------------------
Plese Select numbers of question.
---------
---------
---------
---------
10 question
20 question


Recommended activitties in Catalina Island: snorkeling and diving, given the nature of its translucent waters and that is surrounded by live corals inhabited by colorful fish. Catalina Island is an ideal option for an excursion if you are spending your holydays in La Romana, or for excursions from Punta Cana
Hi, I'm Ruth. I'm 23 years old. I'm studing Web Development. I like to dance, go on a trip with my friends, listen to music and take a pictures. I love animals, especially dogs. Thank you for came to my tourism blog!!


mapRxnsToConv A vector (or matrix) of fluxes is mapped to the reactions in the conventional starting model that was used to construct the ecModel. It is essential that the provided conventional model is indeed the model that was used to initate ecModel reconstruction. Input: ecModel an ecModel in GECKO 3 format (with ecModel.ec structure), that was used to obtain fluxVect model the starting model for ecModel, to which the reactions should be mapped fluxVect vector or matrix of flux values, matching ecModel.rxns Output: mappedFlux vector or matrix of flux values, matching model.rxns enzUsageFlux vector or matrix of flux values from enzyme usage reactions, as these are absent from mappedFlux usageEnz cell array with protein IDs, matching enzUsageFlux Usage: [mappedFlux, enzUsageFlux, usageEnz] = mapRxnsToConv(ecModel, model, fluxVect)
0001 function [mappedFlux, enzUsageFlux, usageEnz] = mapRxnsToConv(ecModel, model, fluxVect) 0002 % mapRxnsToConv 0003 % A vector (or matrix) of fluxes is mapped to the reactions in the 0004 % conventional starting model that was used to construct the ecModel. It 0005 % is essential that the provided conventional model is indeed the model 0006 % that was used to initate ecModel reconstruction. 0007 % 0008 % Input: 0009 % ecModel an ecModel in GECKO 3 format (with ecModel.ec structure), 0010 % that was used to obtain fluxVect 0011 % model the starting model for ecModel, to which the reactions 0012 % should be mapped 0013 % fluxVect vector or matrix of flux values, matching ecModel.rxns 0014 % 0015 % Output: 0016 % mappedFlux vector or matrix of flux values, matching model.rxns 0017 % enzUsageFlux vector or matrix of flux values from enzyme usage 0018 % reactions, as these are absent from mappedFlux 0019 % usageEnz cell array with protein IDs, matching enzUsageFlux 0020 % 0021 % Usage: 0022 % [mappedFlux, enzUsageFlux, usageEnz] = mapRxnsToConv(ecModel, model, fluxVect) 0023 0024 if isempty(fluxVect) 0025 error('No or empty flux vector provided') 0026 end 0027 0028 fluxes = fluxVect; 0029 rxnIDs = ecModel.rxns; 0030 0031 % Invert flux of _REV reactions 0032 revRxns = endsWith(rxnIDs,'_REV') | contains(rxnIDs,'_REV_EXP_'); 0033 fluxes(revRxns,:) = -fluxes(revRxns,:); 0034 rxnIDs(revRxns) = replace(rxnIDs(revRxns),'_REV',''); 0035 % Remove _EXP_. suffixes 0036 rxnIDs = regexprep(rxnIDs,'_EXP_\d+',''); 0037 0038 % Map and sum fluxes to converted reaction IDs 0039 [rxnIDmap, convRxnID] = findgroups(rxnIDs); 0040 newVect = splitapply(@(x){sum(x,1)}, fluxes, rxnIDmap); 0041 newVect = cell2mat(newVect); 0042 0043 % Place in same order as in original model 0044 [mapCheck,origIdx] = ismember(model.rxns,convRxnID); 0045 if ~all(mapCheck) 0046 error('Not all reactions from model.rxns can be found in the ecModel. Are you sure that ecModel is derived from model?') 0047 end 0048 mappedFlux=newVect(origIdx,:); 0049 0050 % Separately report enzyme usages 0051 usageEnz = startsWith(ecModel.rxns,{'usage_prot_','prot_pool_exchange'}); 0052 enzUsageFlux = fluxVect(usageEnz,:); 0053 usageEnz = regexprep(ecModel.rxns(usageEnz),'usage_prot_',''); 0054 usageEnz = regexprep(usageEnz,'prot_pool_exchange','pool'); 0055 end


I’m Will Flourance, a multidisciplinary designer from washington, DC
I have worked on projects in the industries of Private Club Management, Non-Profit Organizations, Real Estate, and Healthcare in both in-house and freelance settings. I create websites with emphasis on usability and brand appeal.
Great design doesn’t have to be Art. Art can be hard to understand and even harder to make! Great design should help you make sense of the world instead of making you go “hmmmm”. In addition great design should make new ideas and information accessible to all, not just those who are “tuned in”.
As a Designer it is my place to immerse myself in the subject matter so others don’t have to, and present ideas and concepts in clear and compelling ways.


@(message: String, user: User)
@main(message, user) {
Welcome to Sigmoid Cloudplan!
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{% extends "base.html" %} {% block title %}Contribute ANC Information{% endblock %} {% block body %}
This project is only as good as the data in it, so we need your help to make sure that we have the most up-to-date information. There are several ways that you can chip in:
We've started a spreadsheet of commissioner information right here. Here's how to contribute to it:
Step 1: Get the commissioner's name from here.
Step 2: Put that name in the official_name
field of the spreadsheet, or check that the name already there is correct. This step ensures that we don't display old data if a commissioner changes.
Step 3: Fill in the information for any other column you know.
Step 4: That's it! The data you entered will appear on the site within 24 hours (once our scripts do their magic).
Using our document uploader, you can share documents in 3 different ways: uploading PDFs, sharing a link to a PDF on another website, or just pasting the text of a document.
We're looking for any kind of ANC document: agendas, minutes, resolutions, grants, etc. You can also edit previously-uploaded documents to add or correct information aobut them.
While we're trying our best to pull data only from sources that we trust, it's always possible that something goes wrong along the way. If you see information that needs fixing, and you can't fix it through either of the above methods, let us know! We want to make sure that we do this right.
Have a suggestion for the code behind this site? Let us know! The link to our repo is down there at the bottom of the page.
{% endblock %}


--- title: Chinese inmates forced to farm gold online layout: post ---
Chinese inmates in Jixi labor camp are reportedly forced to slay demons, battle goblins and cast spells in online games to farm credits for prison guards who trade virtual currencies for real money.
A former prison guard turned inmate, told The Guardian that the operation was even more lucrative than the physical labor that prisoners were also forced to do. He shares:
“There were 300 prisoners forced to play games. We worked 12-hour shifts in the camp. I heard them say they could earn 5,000-6,000rmb [US $770-$925] a day. We didn’t see any of the money. The computers were never turned off.”
He adds that the inmates were kept playing until they could barely see things and missing the daily quota would result in physical punishment and abuse.
Wow...


C Union is also like structure, i.e. collection of different data types which are grouped together.he syntax to declare/define a union is also similar to that of a structure. The only differences is in terms of storage. In structure each member has its own storage location, whereas all members of union uses a single shared memory location which is equal to the size of its largest data member.


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The example images are all based on the structure of the Ras p21 protein (Ras, for short) determined by NMR spectroscopy (Kraulis et al 1994). For simplicity, the hydrogen atoms have been stripped from the coordinate file ras.pdb, which is used in all example input files. The example input files are available in the distribution directory molscript/examples.
| Image (small JPEG) | In other formats | Input file |
|---|---|---|
|
PostScript
Raster3D (SGI) Raster3D (JPEG) VRML 2.0 VRML 2.0 gzipped EPS SGI JPEG (large) PNG GIF |
The secondary structure colouring is the default from MolAuto. |
|
|
PostScript
Raster3D (SGI) Raster3D (JPEG) VRML 2.0 SGI JPEG (large) |
The same as above, but with colouring according to RMSD of the atoms, by setting the residuecolour... b-factor and colourparts parameters. Notice that the colours vary over the secondary structure elements. |
|
|
VRML 2.0
SGI JPEG (large) PNG |
The secondary structure colouring is the default from MolAuto. The specularcolour parameter has been set to white, and the shininess of the atoms increased to 0.6. |
|
|
PostScript
VRML 2.0 VRML 2.0 gzipped JPEG (large) GIF |
Cylinders for helices, and colouring according to secondary structure type; highlighting loops involved in ligand binding and conformational variability. |
|
|
Raster3D (SGI)
Raster3D (JPEG) VRML 2.0 VRML 2.0 gzipped JPEG (large) |
Closeup of the GDP molecule and some interacting residues. Some labels are shown and some interactions are shown schematically. |
These images were generated directly from the PDB data set via the MolAuto program, which produces first-approximation input files from a PDB file. It should be noted that the view orientation is not very good; MolAuto does not transform the coordinates in any way.
| Command-line options | Image (small JPEG) | Files |
|---|---|---|
| [none: default] |
PostScript
VRML 2.0 VRML 2.0 gzipped JPEG (large) |
|
| -nice -cpk |
PostScript
VRML 2.0 VRML 2.0 gzipped JPEG (large) |
The Ras p21 protein is a central component in the cell-signalling system that transmits extra-cellular growth signals via cell membrane receptors, via a cascade of signalling molecules into the nucleus. It is present in many cell types, and several forms of cancer are associated with a mutated form of the protein, where it is locked in a growth-promoting state.
Ras p21 is an enzyme; it hydrolyzes GTP (guanosine triphosphate) to GDP (guanosine diphosphate); it is a GTPase. The protein exists in vivo as a ternary complex with one magnesium ion (Mg) and GDP (or GTP).
The function of Ras is to act as a molecular switch with two possible states, on or off. In the GTP-bound form it is active, and binds to certain other proteins called effectors. The effectors transmit the growth signal further down the signal transduction cascade. This is how Ras p21 transmits the growth signal to the rest of the molecular machinery in the cell.
The signal is switched off by hydrolysis of the GTP to GDP. Ras is fairly inefficient as an enzyme in itself, but its catalytic rate is considerably enhanced by interaction with certain other proteins, such as Ras-GAP (GTPase Activating Protein). Other molecules are responsible for activating Ras by promoting exchange of the GDP molecule for a GTP molecule, as a response to extra-cellular signals.
In many of the cancer-associated mutants of the Ras p21 protein, the ability to hydrolyse GTP is impaired. The active GTP form of the protein is therefore not converted into the inactive GDP form as fast as it should, so the growth signal is transmitted for too long. This contributes to the uncontrolled cellular growth which is characteristic of tumours.
The Ras p21 protein is also the prototypical representative for a large class of signalling proteins called the small GTPases. Other proteins in this family are Rho and Rab.
The 3D structure of Ras p21 used in these example images was determined by heteronuclear multidimensional NMR spectroscopy, as described in:
Kraulis P.J., Domaille P.J., Campbell-Burk S.L., Van Aken T., & Laue E.D.
Solution structure and dynamics of Ras p21.GDP determined by heteronuclear three- and four-dimensional NMR spectroscopy.
Biochemistry (1994) vol 33, pp 3515-3531. PubMed PMID:8142349
The RSCB Protein Data Bank (PDB) code for the coordinate set used in these example images is 1CRQ, which contains the minimized average structure. All hydrogen atoms were stripped from the coordinate file before use, for simplicity.
The 40 individual structures are available in two separate PDB data sets with 20 structures each: 1CRR and 1CRP.
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{% extends "header.html" %} {% block title %}Error{% endblock %} {% block content %}
Due to this website being a showcase of muscle synergy calculation, server space is limited to 5 unique file uploads per user. This is done in order to maximize the number of users that will have exposure to the website while keeping the cost of the server minimal. If you would like to upload additional files there are resources detailing how to host your own synergy calculator on our github. Feel free to contact Claire Mitchell if you have additional questions.


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simplehash.h File Reference
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Functions
UINT32
SimpleHashLUString
(
LUString
*input)
UINT32
SimpleHash
(char *input)
Function Documentation
UINT32
SimpleHash
(
char *
input
)
UINT32
SimpleHashLUString
(
LUString
*
input
)
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---
title: Lectures
---
Online lectures
Lectures are slide-shows consisting of videos (screencasts) mostly alternating with quizzes. You can make the videos full-screen.
It is recommended that you watch with "quality" at least 720p to avoid fuzzy writing (click on the setting at the bottom of the YouTube video to specify this).
- Lecture 1: Introduction.
- Lecture 2: Paths and Homotopy.
- Lecture 3: Groupoids.
- Lecture 4: Fundamental Groups; Path lifting.
- Lecture 5: Homotopy lifting; Fundamental group of the circle.
- Lecture 6: Functoriality; Based spaces.
- Lecture 7: Applications.
- Lecture 8: More covering maps
- Lecture 9:, Graphs.
- Lecture 10:, Free Groups.
- Lecture 11:, Fundamental groups, Trees and Free groups.
- Lecture 12:, Map lifting.


Dele Alli first Tottenham player to break silence on Mauricio Pochettino sacking
Dele Alli was quick to praise the departing man who handed him his debut as a teenager at Tottenham
by Irishmirror.ieDele Alli has paid tribute to Mauricio Pochettino following Tottenham’s surprise decision to wield the axe on the Argentine boss.
Pochettino was given the boot after a poor start to the season that leaves them down in 14th in the Premier League table, 11 points behind fourth-placed Manchester City .
Jose Mourinho has been installed as the bookmakers’ early favourite to replace him at the helm.
However, Alli was quick to praise the departing man who handed him his debut as a teenager after Daniel Levy decided to show him the door.
He wrote: “I can’t thank this man enough. He’s taught me so much and I’m so grateful for everything he’s done for me.
“Good luck and hope to see you again my friend.”
Alli was reacting after Levy announced in a statement issued by the club: "We were extremely reluctant to make this change and it is not a decision the Board has taken lightly, nor in haste.
“Regrettably domestic results at the end of last season and beginning of this season have been extremely disappointing.
“It falls to the Board to make the difficult decisions - this one made more so given the many memorable moments we have had with Mauricio and his coaching staff - but we do so in the Club's best interests.
“Mauricio and his coaching staff will always be part of our history.
"I have the utmost admiration for the manner in which he dealt with the difficult times away from a home ground whilst we built the new stadium and for the warmth and positivity he brought to us.
“I should like to thank him and his coaching staff for all they have contributed. They will always be welcome here.
“We have a talented squad. We need to re-energise and look to deliver a positive season for our supporters.”