[1] Yanwei Fu, Timothy M. Hospedales, Tao Xiang, Jiechao Xiong,
Shaogang Gong, Yizhou Wang, and Yuan Yao. Robust Subjective Visual
Property Prediction from Crowdsourced Pairwise Labels. IEEE TPAMI
2016
bib: @INPROCEEDINGS{ranking2016PAMI,
author = { Yanwei Fu and Timothy M. Hospedales and Tao Xiang and
Jiechao Xiong and Shaogang Gong and Yizhou Wang and Yuan Yao},
title = {Robust Subjective Visual Property Prediction from
Crowdsourced Pairwise Labels},
booktitle = {IEEE TPAMI},
year = {2016}
}
[2] Fu, Yanwei; Hospedales, T.; Xiang, T.; Gong, S; Yao.
Y:Interestingness Prediction by Robust Learning to Rank, (ECCV
2014). Paper
bib: @INPROCEEDINGS{ranking2014ECCV,
author = { Yanwei Fu and Timothy M. Hospedales and Tao Xiang and
Yuan Yao and Shaogang Gong},
title = {Interestingness Prediction by Robust Learning to Rank},
booktitle = {ECCV},
year = {2014}
}
[3] Ke Chen, Shaogang Gong, Tao Xiang, Chen Chang Loy, ``Cumulative
attribute space for age and crowd density estimation,'' in IEEE
Conference on Computer Vision and Pattern Recognition (CVPR), 2013
To download all data:
http://yanweifu.github.io/FG_NET_data/FGNET.zip
The data explanations: (available if you start with
http://www.eecs.qmul.ac.uk/~yf300/FG_NET_data/)
./images folder: all human face images. The groundtruth is used to
name each image. For example, 078A11.JPG, means that this is the
No.'78' person's image when he/she was 11 years old. 'A' is short for
Age.
./points folder: this is the 68 manual annotated points for each image
in ./images folder.
The annotated data is of much higher quality than another dataset e.g.
MORPH (saved in
/export/beware/thumper/yf300/Age_estimation_org_data_backup/ageEstimation/MOPRH).
However,
MORPH is much bigger dataset than FG-NET.
./feature_generation_tools: this is the tool to generate the features.
./feature_generation_tools/how-to-use-it: tutorial of how to use the
tools.
./age50_10_round.mat is the 10 rounds of data used in my work [1].
Normally, you should firstly split the training/testing data by
yourself. And generate the low-level feature for training/testing data
respectively. For each split, the training/testing features are not
the same. Because the process of generating training features is also
needed to refer the annotations of testing features.
There is another very good tutorial and matlab labelling tool for
AAM/ASM. You can download it from:
http://yanweifu.github.io/FG_NET_data/AAM_verygood.rar
But some of them were written in Chinese.
PS: If any further questions, please email me<EMAIL_ADDRESS>(and CC to ke.chen@tut.fi).
Yanwei Fu, Aug. 5th, 2014
Yanwei Fu, Aug. 22nd, 2014 --updated
----------
I am with the School of Data Science, Fudan University. I am
working on computer vision : http://yanweifu.github.io/page3.html
Mar. 9th, 2022 -- updated


Service Information
| Name:............... |
Node Information
| Instance Name: | |
| IP : |
UEs Location
| Name.... | Location (Zone / POA).... |
Application Statistics
| State Counter:.... |
Traffic Generator*
* only enabled while app is running
General Settings
Refresh interval:
500 < value < 60000


|
|
Base class for radar data processors. Input can be in polar or Cartesian coordinates. More...
#include <ProductBase.h>
Public Member Functions | |
| virtual | ~ProductBase () |
| Destructor. | |
| void | setDataSelector (const DataSelector &selector) |
| Copies the conditions of another selector. | |
| const DataSelector & | getDataSelector () const |
| Returns the data selector of this operator. | |
| DataSelector & | getDataSelector () |
| Returns the data selector of this operator. | |
| void | help (std::ostream &ostr=std::cout, bool showDescription=true) const |
| Dumps the help of this operator. | |
| const drain::ReferenceMap & | getAllowedEncoding () const |
| Returns a map of encoding parameters that can be changed by the user. | |
| virtual void | setEncodingRequest (const std::string &p) |
| Set encoding parameters for the result: type,gain,offset,undetect,nodata. More... | |
| void | setAllowedEncoding (const std::string &keys) |
| Public Member Functions inherited from BeanLike | |
| virtual const std::string & | getName () const |
| Return the name of an instance. | |
| virtual const std::string & | getDescription () const |
| Return a brief description. | |
| bool | hasParameters () const |
| template<class F > | |
| F | getParameter (const std::string &p) const |
| Gets a single parameter. | |
| const ReferenceMap & | getParameters () const |
| ReferenceMap & | getParameters () |
| virtual void | setParameters (const std::string &p, char assignmentSymbol='=', char separatorSymbol=0) |
| Grants access to (if above hidden) More... | |
| template<class T > | |
| void | setParameters (const std::map< std::string, T > &p) |
| Set parameters. | |
| template<class T > | |
| void | setParameters (const SmartMap< T > &p) |
| Set parameters. | |
| template<class F > | |
| void | setParameter (const std::string &p, const F &value) |
| Sets a single parameter. | |
| BeanLike & | operator= (const BeanLike &b) |
| virtual std::ostream & | toStream (std::ostream &ostr) const |
Static Public Member Functions | |
| static void | completeEncoding (ODIM &productODIM, const std::string &targetEncoding) |
| Modifies encoding. If type is changed, resets scaling first. More... | |
| static void | applyODIM (ODIM &productODIM, const ODIM &srcODIM, bool applyDefaults=false) |
| Sets target quantity and encoding, if unset. If input odim. More... | |
| static void | setODIMsoftwareVersion (drain::VariableMap &metadata) |
| Sets target encoding. Strict - sets all the supplied parameters, overriding existing values,. More... | |
Protected Member Functions | |
| ProductBase (const std::string &name, const std::string &description) | |
| Default constructor. | |
| Protected Member Functions inherited from BeanLike | |
| BeanLike (const std::string &name, const std::string &description="") | |
| BeanLike (const BeanLike &b) | |
| virtual void | updateBean () const |
| Called after setParameters() | |
Static Protected Member Functions | |
| static void | setODIMspecials (ODIM &productODIM) |
| Sets target encoding. | |
Protected Attributes | |
| drain::ReferenceMap | allowedEncoding |
| Defines which encoding parameters can be changed by the user from command line. More... | |
| Protected Attributes inherited from BeanLike | |
| const std::string | name |
| const std::string | description |
| ReferenceMap | parameters |
Additional Inherited Members | |
| Public Attributes inherited from ProductConf | |
| DataSelector | dataSelector |
| std::string | targetEncoding |
| How the (main) output is encoded. | |
| ODIMPathElem | appendResults |
| If set, appends outputs in an hdf5 structure instead of overwriting. More... | |
| int | outputDataVerbosity |
| Determines if also intermediate results (1) are saved. See –aStore. | |
Base class for radar data processors. Input can be in polar or Cartesian coordinates.
Input and output as HDF5 data, which has been converted to internal structure, drain::Tree<NodeH5>.
Input can be
Basically, there are two kinds of polar processing
TODO: Raise to RackOp TODO: Consider common processDataSet for all data types, see ImageOpRacklet::exec()
Sets target quantity and encoding, if unset. If input odim.
| productODIM | - metadata to be modified |
| srcODIM | - metadata applied; typically that of an product operator or input data. |
| applyDefaults | - use default values in encoding (esp. gain), if still unset at the end of this function call. |
|
static |
Modifies encoding. If type is changed, resets scaling first.
TODO: Template ODIM (Set allowed encoding under construction.)
|
inlinevirtual |
Set encoding parameters for the result: type,gain,offset,undetect,nodata.
These parameters do not change the "meteorology" of the product, but only its scaling and so on. The operator may limit the access to parameters.
|
static |
|
protected |
Defines which encoding parameters can be changed by the user from command line.
Regulates which parameters are visible and accessible on command line. The parameters are set in the constructor by referencing them to this->odim. The parameters are listed in help.
Assigning parameters that have not been referenced will raise an error.
See setEncoding() which carries that task.


Very fisrt video in webschools. This video about Searching and our biuld in Editor.
This video about our Tutorial pages inside the webschools website also about the resposive design in web design concept.
About our Super admin panel. a simple descriptions!
Webschools sub admin panels & about howvsub admins will controll webschools website.
Blob Animation effects using Pure HTML and CSS languages. And uses border radius concepts.
Another Animation effects using Pure HTML, CSS & jQuery library.
Working with transform property. And scrolling full website hovering.
Shopping Chart system with having Content Management System. Using .Net Framework.
New Index page! It's totally upgraded version of webschools website. Here you can see...
Just another blogging webschools website. Any one can write Different kinds of topics. Like literature, about you, education, technology, politics, fashion, to go notes! etc
This section is totally differents from others. It's based on CSE Department. A student can write different kinds of article based on differents programming languages.


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Create one simple example, and use that for to show different styling: Ticket 64 at GitHub. Create different examples, that are identical but different in using the new parameter layout.
Brings the board to the top (default), and moves to the bottom.
The opposite, board to the bottom, rest to top.


I enjoy producting music, playing video games, watching tv, eating, sleeping, and being alive.
My skills align with what i enjoy doing. For instance Music production is one of my hobbies. HTML I need to graduate, and living I need to stay alive.
Find me on Linkedin


Vector Space Model
Step 1. Open a terminal shell.
Open a terminal shell by clicking on the square black box on the top left of the screen.
>> cd Downloads/big-data-2/sensor
Step 2. View streaming weather station data.
Run stream-data.py to see streaming data from the weather station:
>> ./stream-data.py
Step 3. View key for measurements.
Run more wxt-520-format.txt to see the key for the measurement fields.
>> more wxt-520-format.txt
Step 4. Create plot of streaming data.
We can plot the streaming data by running stream-plot-data.py:
>> ./stream-plot-data.py Sm
>> ./stream-plot-data.py Ta
for the tweeter data app,
Step 1. Open a terminal shell. Open a terminal shell by clicking on the square black box on the top left of the screen.
>> cd Downloads/big-data-2/json
Step 2. View real-time tweets.
We can view the contents of tweets in real-time by running the LiveTweets.py script. Run LiveTweets.py president to see the tweets containing the word president:
>> ./LiveTweets.py president
>> ./LiveTweets.py time
Step 3. Plot real-time frequency of tweets. We can create a plot showing the frequency of tweets containing a specific word. Run PlotTweets.py president to create the plot for the word president:
>> ./PlotTweets.py president
>> ./PlotTweets.py time


- This is a numbered list in regular text.
- This is a numbered list in regular text.
- This is a numbered list in regular text.
- This is a numbered list in regular text.
- This is a numbered list in regular text.
- This is a numbered list in regular text.
- This is a numbered list in regular text.
- This is a numbered list in regular text.
- This is a numbered list in regular text.
- This is a numbered list in regular text. This list item has value="20" and does not validate
in EPUBCheck 3.


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Enter your phone number to subscribe to broadcast alerts.
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Keep me updated on...
Pie
Cake
Code


Social Media ‘Invaded’ By Parody Twitter Accounts,Zimbos fall prey to Fake news
by Philip MangwiroFake Accounts On Twitter, Zimbabweans Fall Victim to lies and Fake News
Zimbabwe Social Media has been invaded by fake Twitter handles purporting to be credible organisations or government officials. These handles are spreading fake information or reply in a manner inconsistent with professional etiquette. This has become a cause for concern as the handles are identical to the official ones and in some cases causing a Public Relations Nightmare for affected organisations.
Recently A Parody Nandos Account clapped back at a disgruntled customer who had complained about poor services at one the Outlet’s branches in Borrowdale. Citizens were shocked at the response of Nandos and by the time it was discovered that the account was a parody, the damage had already been done with screenshots having gone viral on Social Media.
Ecocash, The Zimbabwe Republic Police and ZETDC have not been spared..Check out some screenshots below.
Don’t Fall victim to these accounts, If you find the information too good to be true, It usually is. Legit handles are seen by the Number of Followers and are usually verified by a blue tick next to the name as shown below.
In the event that an account is not verified, usually, the number of followers and content shared will give you an idea on the handle’s credibility.
To View and Apply for the latest Jobs and Vacancies in Zimbabwe, Please Visit our Sister website iHarare Jobs


myForm.value.schedule[i].end_time || myForm.value.schedule[i].end_time == myForm.value.schedule[i].start_time) }">
Start time is required
myForm.value.schedule[i].end_time" class="text-danger">
Start time must be earlier than the end time
Start time must not same with end time
End time is required
End time must not earlier than the start time
End time must not same with start time


Welcome to the SUN!
| Sun Profile: |
| Age: 4.6 Billion Years |
| Type: Yellow Dwarf (G2V) |
| Diameter: 1,392,684 km |
| Equatorial Circumference 4,370,005.6 km |
| Mass: 1.99 × 10^30 kg (333,060 Earths) |
| Surface Temperature: 5,500 °C |
| Sun Profile: |
| Age: 4.6 Billion Years |
| Type: Yellow Dwarf (G2V) |
| Diameter: 1,392,684 km |
| Equatorial Circumference 4,370,005.6 km |
| Mass: 1.99 × 10^30 kg (333,060 Earths) |
| Surface Temperature: 5,500 °C |
The Sun is the star at the center of the Solar System and is by far the most important source of energy for life on Earth. It is a nearly perfect sphere of hot plasma, with internal convective motion that generates a magnetic field via a dynamo process. Its diameter is about 109 times that of Earth, and its mass is about 330,000 times that of Earth, accounting for about 99.86% of the total mass of the Solar System. About three quarters of the Sun's mass consists of hydrogen; the rest is mostly helium, with much smaller quantities of heavier elements, including oxygen, carbon, neon and iron.
The Sun is a G-type main-sequence star (G2V) based on spectral class and it is informally referred to as a yellow dwarf. It formed approximately 4.6 billion years ago from the gravitational collapse of matter within a region of a large molecular cloud. Most of this matter gathered in the center, whereas the rest flattened into an orbiting disk that became the Solar System. The central mass became increasingly hot and dense, eventually initiating nuclear fusion in its core. It is thought that almost all stars form by this process.
The solar constant is the amount of power that the Sun deposits per unit area that is directly exposed to sunlight. The solar constant is equal to approximately 1,368 W/m2 (watts per square meter) at a distance of one astronomical unit (AU) from the Sun (that is, on or near Earth). Sunlight on the surface of Earth is attenuated by Earth's atmosphere, so that less power arrives at the surface (closer to 1,000 W/m2) in clear conditions when the Sun is near the zenith. Sunlight at the top of Earth's atmosphere is composed (by total energy) of about 50% infrared light, 40% visible light, and 10% ultraviolet light. The atmosphere in particular filters out over 70% of solar ultraviolet, especially at the shorter wavelengths. Solar ultraviolet radiation ionizes Earth's dayside upper atmosphere, creating the electrically conducting ionosphere.
The core of the Sun extends from the center to about 20-25% of the solar radius. It has a density of up to 150 g/cm3 (about 150 times the density of water) and a temperature of close to 15.7 million kelvin (K). By contrast, the Sun's surface temperature is approximately 5,800 K. Recent analysis of SOHO mission data favors a faster rotation rate in the core than in the radiative zone above. Through most of the Sun's life, energy is produced by nuclear fusion in the core region through a series of steps called the p-p (proton-proton) chain; this process converts hydrogen into helium. Only 0.8% of the energy generated in the Sun comes from the CNO cycle, though this proportion is expected to increase as the Sun becomes older.
The core of the Sun extends from the center to about 20-25% of the solar radius. It has a density of up to 150 g/cm3 (about 150 times the density of water) and a temperature of close to 15.7 million kelvin (K). By contrast, the Sun's surface temperature is approximately 5,800 K. Recent analysis of SOHO mission data favors a faster rotation rate in the core than in the radiative zone above. Through most of the Sun's life, energy is produced by nuclear fusion in the core region through a series of steps called the p-p (proton-proton) chain; this process converts hydrogen into helium. Only 0.8% of the energy generated in the Sun comes from the CNO cycle, though this proportion is expected to increase as the Sun becomes older.
From the core out to about 0.7 solar radii, thermal radiation is the primary means of energy transfer. The transfer of energy through this zone is by
radiation not by thermal convection. The temperature drops from approximately 7 million to 2 million kelvins with increasing distance from the core.
This temperature gradient is less than the value of the adiabatic lapse rate and hence cannot drive convection, hence, energy is transferred by radiation.
Ions of hydrogen and helium emit photons, which travel only a brief distance before being reabsorbed by other ions. The density drops a hundredfol
(from 20 g/cm3 to only 0.2 g/cm3) from 0.25 solar radii to the 0.7 radii, the top of the radiative zone.
The radiative zone and the convective zone are separated by a transition layer, the tachocline. This is a region where the sharp regime change between the uniform rotation of the radiative zone and the differential rotation of the convection zone results in a large shear between the two-a condition where successive horizontal layers slide past one another. The fluid motion of the convection zone above, slowly disappears from the top of this layer to its bottom where it matches that of the radiative zone. Presently, it is hypothesized (see Solar dynamo) that a magnetic dynamo within this layer generates the Sun's magnetic field.


The page title is automatically added as a page heading.
The configured class and semester are added to the header, and the department is added to the footer.
Use a `div` with class `markdown` for [Markdown] conversion of body content.
[Markdown]: https://en.wikipedia.org/wiki/Markdown
## Section
Use `##` for sections.
### Subsection
Use `###` for subsections.
Use `####` if necessary.
**Bold**, *italic*, and `code` inline styles.
+ Bulleted lists
+ itemized with `+`
+ or `-`
+ or `*`
Definition
: a statement of the exact meaning of a word
list
: a number of connected items or names written or printed consecutively
0. Lists
0. within
0. lists
0. within
0. lists
⚠
You must escape `<` characters.
Sorry.
⚠
```java
// code block
public static void main(String[] args) {
System.out.println("Syntax-highlighted code");
}
// you still need to escape < characters
```
Fixed-width block with **inline** *styles*.| simple tables | A | B | C | |---------------|---|---|---| | created with `\|`-and-`-` ASCII art | 1 | 2 | 3 |
| *Note:* Markdown conversion [recursively](https://en.wikipedia.org/wiki/Recursion) converts HTML elements. |
Add class `no-markdown` to *prevent* conversion. |
Special handling for inline tags: span, em, strong, code , sub, sup.
|
# Exercise 1
Exercises are in a `<div class="exercises">`.
Use `#` for exercise titles.
Highlight questions using `##`:
## What is the airspeed velocity of an unladen swallow?
[x] Checkboxes
[x] *with* **styles**
[ ] `and code`
( ) Radio buttons
(x) *with* **styles**
( ) `and code`
Use Markdown blockquote (`>`) for explanations.
> The answer is: 42.
---
# Exercise 2
Separate multiple exercises with a Markdown horizontal rule (`---`).
[x] OK
Dropdowns and text fields have normal and `code` versions:
[[ Drop, (down) ]]
[[` code, (correct()), incorrect), (incorrect, incorrect() `]]
= text field
= `code text field`
> Explanation with `inline_code` and a code block:
>
> ```java
> public void blockOfCode() { }
> ```
---
# Exercise 3
Text fields can also be checked against a regular expression:
= /regular expression|regexp?/ regex
= `/a +b +c/ a b c`
---
# Exercise 4 {.exercise-expand .exercise-no-iterate}
This exercise starts expanded, and its explanation is always revealed after the first attempt.
[x] Don't check me
> Fooled you!
## Another section
And so on, and so on.
Yet another section
Use a div
with class with-content
for body content in HTML.


Home > Youtube Main > Youtube Method 1
1. Step 1: Go to the Google Web Store
2. Step 2: Then Search "Anonymous Proxy Brower" OR go to this website: Anonymous Proxy Browser
3. Step 3: Select the one that looks like this:
4. Step 4: Click "ADD TO CHROME"
5 Step 5: Then Go to https://apd.chromecrxstore.com/ and book mark it.
It Should Look Like This:
6 Step 6: Go Down and click edit brower.
7 Step 7: Change the Brower to Windows 7 with Chrome
8 Step 8: Go home and type in Youtube.com and hit go
9 Step 9: You have youtube, facebook, basely anything you want or need
Enjoy the videos! 😃


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NHibernate
NHibernate's Session is implicitly a unit of work. In a typical web application, you put the ISession in ASP.Net Session, in one of two patterns:
- Open session per view (open session in Application_BeginRequest, close -and save to database - in Application_EndRequest).
- Session per conversation (a business transaction spanning multiple postbacks)
If you register the BeginRequest event to open the session, you can check for HttpContext and the Handler (DefaultHttpHandler won't require a session)- but generally the impact of opening a session is trivial if the page doesn't access the database.
Note: When there is a database error, sessions must be discarded and cannot be reused. If you don't dispose in EndRequest, and you need to do other database work, open a new NHibernate Session.
This is a very simple IDisposable Unit of Work, designed for testing. It opens a session and transaction, and disposes of it afterwards. Note that if a session is already open, it continues using it.
A more elaborate version incorporating what's in my SessionManager is this Unit Of Work.
using System;
using System.Data;
using NHibernate;
using Northwind.Repositories;
namespace Northwind
{
/// <summary>
/// A simple Unit of Work wrapper. It is IDisposable. Call <see cref="Commit"/> or call <see cref="Rollback"/> to abort the transaction.
/// </summary>
public sealed class UnitOfWork : IDisposable
{
private readonly ISession session;
private ITransaction transaction;
public UnitOfWork()
{
session = SessionManager.Instance.Session; //this may be an already open session...
session.FlushMode = FlushMode.Auto; //default
transaction = session.BeginTransaction(IsolationLevel.ReadCommitted);
}
public ISession Current
{
get { return session; }
}
/// <summary>
/// Commits this instance.
/// </summary>
public void Commit()
{
//becuase flushMode is auto, this will automatically commit when disposed
if (!transaction.IsActive)
throw new InvalidOperationException("No active transaction");
transaction.Commit();
//start a new transaction
transaction = session.BeginTransaction(IsolationLevel.ReadCommitted);
}
/// <summary>
/// Rolls back this instance. You should probably close session.
/// </summary>
public void Rollback()
{
if (transaction.IsActive) transaction.Rollback();
}
#region IDisposable Members
public void Dispose()
{
if (session != null) session.Close();
}
#endregion
}
}


Reports dangling Javadoc comments. Javadoc comment are dangling if they don't belong to any class, method or field. For example a Javadoc comment in between method declarations that have their own javadoc comments.


|
Example 1
|
Simple 2D node, storing only its position and ID. More...
Public Attributes | |
Data members | |
| double | m_x |
| Position on the x-axis. More... | |
| double | m_y |
| Position on the y-axis. More... | |
Miscellaneous members | |
| unsigned int | m_id |
| Unique identifier of the node. More... | |
Simple 2D node, storing only its position and ID.
| unsigned int m_id |
Unique identifier of the node.
| double m_x |
Position on the x-axis.
| double m_y |
Position on the y-axis.


Mushrooms - P. cubensis & Yerba Mate
Yesterday was the last day of my vacation from work. I had been planning on going snowboarding, but the weather on the mountain was terrible, so I decided to brew a pot of mushroom yerba mate instead. I crushed up what looked like a little less than 1/4 oz. of shrooms into the filter of my teapot on top of some yerba mate, then added lemon juice to the bottom of the pot, poured hot water in and let it steep for about 45 minutes. I highly recommend this recipe. It tastes really good, and you donít have to swallow all of that indigestible fibrous material. Iíve done mushrooms dozens of times, and have eaten an entire 1/4 oz in the past. I drank the entire pot within about a 10 minute period.
The psilocybin began to take effect within about 20 minutes, beginning with a sense of breathlessness, the familiar body buzz, and then increasing intensity of colors. Soon after, I began to experience more intense visuals, with paisley and fractal patterns appearing in the carpet and the appearance of things (plants, paintings, etc) moving. My stomach began to feel very uncomfortable due to the high volume of fluid in it, so I decided to sit and meditate while the water passed. While doing so, my mind began to race. I was starting to get very high, with incredibly intricate and vivid patterns appearing behind my eyelids when I closed them. I began to fear how much higher I might get as the psilocybin contained in the water in my stomach was absorbed into my system, but was able to easily put that fear aside. My thoughts raced around for a while, and I felt much better after having peed a couple of times.
After I released all that water, I felt very light. I decided to brush my teeth, and found myself dancing around the lower level of my house while doing so. After that I looked out the window. The trees and other plants appeared vibrantly alive, and the clouds swirled and danced before me. I had my face pressed against the window, simultaneously enjoying the sights, and the sounds of my fingers tapping arhythmically against the glass. I then went upstairs and began dancing around, my body feeling increasingly fluid and light, and in sync with the rhythms of the world around me. I was simply enjoying the music being made by the house- the sounds of air in the ducts, water flowing through its pipes, the compressor of the refrigerator all in perfect harmony. I thought briefly about putting a CD on, and then decided instead to make my own, so I ran downstairs to grab my didgeridoo.
I lay on my back in the couch in my living room and began to play. I started out with a low hum, and worked up into a steady rhythm. I soon worked myself up in to a frenzied state. What came through me can best be described as a grand opus to the pure joy of existence. It felt as if God itself was pouring through my being and pulling with it all my emotional, sexual, physical and spiritual energies through the instrument. I could see the path of all the energies of my life- emerging through my motherís womb, traveling the path of my 27 years of life, all emerging in that one glorious period of musical creation. With my eyes closed, I could see intricate patterns dancing to my music. My mother was upstairs taking a bath as I was playing. I hoped at the time she could hear me, but I really didnít care if I was my own audience. The word ďawakeningĒ occurred to me as I was playing, which is what I decided to title the piece.
After I was through playing, I just sat and stared out the window in a state of shock over what had come through me. I had experienced a glimpse of pure unadulterated devine power. I felt that my ego kept getting caught up in that power, and I needed to repeatedly let those thoughts go. My thoughts began to take off in odd directions. I began to think of my friend who is recovering from a bad gunshot wound. Though sheís recovering remarkably, and facing her challenge with more courage than I believe Iíve ever witnessed, I became filled with sadness in thinking about her. My thoughts wandered some more in fairly random directions for a while, and then my mom came downstairs.
I asked her if she could hear what I had played when she was in the bath, and she said she could a little bit. I asked if she minded if I played some more, and she said she did not. So, I played some more, pouring the sadness I was feeling, as well as the joy and other simultaneous emotions I was feeling into the music. After playing for a while longer, I felt the desire to build within me to share the music coming through me. So, I strapped my didge on my back, hopped on my bike and headed for Drake Park, near downtown Bend. At this point I had come down quite a bit from my peak, but was still experiencing some visual intensity, as well as the emotional and physical energy granted by the mushrooms.
Once I got to the park, I spent over an hour and a half playing for the grass and the trees and the geese and the ducks and the sky and the occasional humans and dogs passing by, which brought me great joy. I hope it brought joy to the other beings in the park.
I feel so blessed to have had that experience. First, because I made a quantum leap in my ability to play the didgeridoo. Second, because I have gained the ability to express myself through music, something Iíve never known before, as well as a desire to share it with the world. Iím excited to see what comes of that.
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.


If you already have a Code Co-op project that is also a Visual Studio solution and you want to tell Visual Studio to use Code Co-op to check files out for you, follow these instructions. In Visual Studio:
By default, at this point, VS will ask you if you want to check out your .sln and .vcproj files. You don't want VS to be asking you these questions again, so check the "Don't show Check Out ..." checkbox at the lower left corner and select "Check Out".
Then VS will ask you if you want to protect your files from the source control overwriting them. Select "Allow these files to be replaced...". The alternative option makes sense only for server-based source-control systems.
At this point, VS will check out and modify your .sln and .vcproj files. Open the Code Co-op project and check those files in.
The major advantage of integration is that VS will be able to check files out as soon as you start editing them. To make your work flow smooth, you probably don't want VS to keep asking you whether you want to check a file out every time.
To set this up go to Tools > Options in VS and do the following:
Visual Studio will initially keep asking various questions, which usually have the "Don't show this again..." checkboxes. For instance:
Right-click on a file in the Solution Explorer and selects Exclude From Project command from the context menu.
Recommended action: the dialog is self-explanatory
Select a file in the Solution Explorer and press Delete button or rRight-click on a file in the Solution Exploror and select Remove command from the context menu.
Recommended action: Doesn't matter. In both cases the file is removed from Code Co-op project.
This happens usually when the project file has changed outside of VS and the project is reloaded. The user should check the checkbox and select Continue.


Blog Archives
2012
-
Tempora Mutantur: Between Experimental and Narrative History
By Benjamin Breen
—
Published November 11, 2012
-
Travel Log: How to Manage Your Own Amputation
By Felipe Fernandes Cruz
—
Published November 16, 2012
-
The Studs Terkel Effect Pt. 1: When Narrative History Is Experimental History
By Christopher Heaney
—
Published November 19, 2012
-
The Studs Terkel Effect Pt. 2: When Experimental History Is Personal History
By Christopher Heaney
—
Published November 21, 2012
-
DECLASSIFIED: Nazi Monks Against The Panama Canal
By Felipe Fernandes Cruz
—
Published November 23, 2012
-
The Appendix Opens to Subscribers
Published November 26, 2012
-
Our Not-So-Funny Pages
By Christopher Heaney
—
Published November 26, 2012
-
Cabinets of Curiosity: the Web as Wunderkammer
By Benjamin Breen
—
Published November 28, 2012
-
The 11th Century Muslim Guide to Historical Gatecrashing
By Christopher Heaney
—
Published November 29, 2012
-
Responses to Cabinets of Curiosity
By Benjamin Breen
—
Published December 3, 2012
-
Local History as “The Benchmark”
By Hannah Carney
—
Published December 5, 2012
-
Letters to the Editor
By Christopher Heaney
—
Published December 7, 2012
-
A Nineteenth Century “Digital” Humanities?
By Jorge Cañizares-Esguerra
—
Published December 10, 2012
-
Response to ‘A Nineteenth Century “Digital” Humanities?’
By Joan Neuberger
—
Published December 11, 2012
-
“Ravens-scull & a Handfull of Fennel”: Early Modern Drugs
By Benjamin Breen
—
Published December 18, 2012
-
Doctored Beatles Images, Rolling Stone Puppies, and the Regression of History
By Michael Schmidt
—
Published December 24, 2012
2013
-
An Appendix Miscellany: Foods and Drugs
By Benjamin Breen
—
Published January 9, 2013
-
A helpful reader adds to the mystery of Benjamin the Anti-Christ
By Christopher Heaney
—
Published January 14, 2013
-
Froger’s Capybara and the Metaphysics of Memes
By Benjamin Breen
—
Published January 21, 2013
-
“Bring Up the Bodies”
By Christopher Heaney
—
Published January 24, 2013
-
Nazis in the Amazon Revisited: the Power of Rumor and Gossip
By Felipe Fernandes Cruz
—
Published January 29, 2013
-
“Pulverized Skull and Rhino Blood”: Recipes of the Last Medici Princess
By Ashley Buchanan
—
Published February 8, 2013
-
The Appendix Wishes You a Happy Wolf Day
By Benjamin Breen
—
Published February 14, 2013
-
“A Toast to Your Health”: Getting Drunk in Colonial America
By Kristen D. Burton
—
Published February 25, 2013
-
Of Cats and Manuscripts
By Emir O. Filipović
—
Published March 5, 2013
-
Discount on Subscriptions and a Sneak Peek of Issue Two
Published March 20, 2013
-
It Starts with an Earthquake
By Elizabeth Angell
—
Published March 26, 2013
-
Archiving the Future
By Felipe Fernandes Cruz
—
Published March 28, 2013
-
Photographs, Landscape and Memory
By Benjamin Breen
—
Published April 15, 2013
-
Bellette and Yarico: Working Women in the Colonial West Indies
By Carolyn Arena
—
Published April 22, 2013
-
Magic Isn’t Rocket Science
By Benjamin Breen
—
Published May 8, 2013
-
Cops and Robbers: Why the Church of Scientology Hated Interpol
By Robert Whitaker
—
Published May 16, 2013
-
Ox and Pigeon: an Experiment in Online Publishing
By Jason Curran
—
Published May 22, 2013
-
Landscapes of Possibility
By Justin Berry
—
Published June 6, 2013
-
Welcome to Atlantis: The Solid Illusions of History
By Mark Thurner
—
Published June 20, 2013
-
“This Misterie of Fucking”: A Sex Manual from 1680
By Benjamin Breen
—
Published June 25, 2013
-
Free Cuba: Runaway Slave Advertisements from Colonial Havana
By Linda Rodriguez
—
Published July 9, 2013
-
Enfants Terribles: Royal Births in History
By Benjamin Breen
—
Published July 23, 2013
-
“Why Does S Look Like F?”: A Guide to Reading Very Old Books
By Benjamin Breen
—
Published July 31, 2013
-
The Toughest Historical Reenactment in America
By Christopher Heaney
—
Published August 7, 2013
-
The Gin Lane Gazette and the History of Cartoons
By Adrian Teal
—
Published August 13, 2013
-
Music and Color: the French Connection
By Gina Rivera
—
Published August 21, 2013
-
Meiji Meth: the Deep History of Illicit Drugs
By Benjamin Breen
—
Published August 23, 2013
-
Issue Four Preview: Jackson Unchained
Published August 26, 2013
-
Yma Sumac or Amy Camus: A Field Guide to Five Octave Inca Exotica
By Christopher Heaney
—
Published August 28, 2013
-
Breaking Brigham: Methamphetamine and Mormon Tea
By Christopher Jones
—
Published September 9, 2013
-
That Time Lenin Played the Theremin
By Christopher Heaney
—
Published September 16, 2013
-
Does Outer Space Have a History?
By Benjamin Breen
—
Published September 25, 2013
-
Exploring Music and Color in Nineteenth-Century France
By Gina Rivera
—
Published October 8, 2013
-
The Miniature Coffin of Captain Cook
By Benjamin Breen
—
Published October 11, 2013
-
The Deep History of Email Scams [Updated]
By Benjamin Breen
—
Published October 24, 2013
-
Weekly Reading: Blood Books, Impostors, and Blake
By Benjamin Breen
—
Published November 4, 2013
-
American Panopticon: How a Small Town Foreshadowed the Surveillance State
By Ariel Ron
—
Published November 6, 2013
-
Audubon in Japan, 1872
By Benjamin Breen
—
Published November 8, 2013
-
The Peg-Legged Explorer: An Interview with Kevin Cannon
By Christopher Heaney
—
Published November 11, 2013
-
Weekly Reading: Silk Roads, Dragons, and GIFs
Published November 15, 2013
-
Announcing Monthly Subscriptions
Published November 18, 2013
-
Inside the Cosmonaut Survival Kit
By Benjamin Breen
—
Published November 19, 2013
-
A Nuclear Blast at 30,000 Feet, 1962
By Benjamin Breen
—
Published November 21, 2013
-
Weekly Reading: Love Telegrams, Field Notes, and Bronze Age Wine
Published November 25, 2013
-
The Emperor’s Turkey
By Benjamin Breen
—
Published November 28, 2013
-
Weekly Reading: Medieval Spell Books and Mark Swain
By Benjamin Breen
—
Published December 2, 2013
-
An Indian Merchant in Marseilles, 1792
By Blake Smith
—
Published December 12, 2013
-
The British Library Just Made One Million Images Public Domain, and It’s a Big Deal
By Benjamin Breen
—
Published December 15, 2013
-
The Appendix Makes a Great Last-Minute Gift
Published December 16, 2013
-
Oxford and the Vatican to Digitize 1.5 Million Manuscript Pages
By Benjamin Breen
—
Published December 18, 2013
-
Radio Freedom: A History of South African Underground Radio
By Chris A. Smith
—
Published December 20, 2013
-
Visualizing Drugs
By Benjamin Breen
—
Published December 29, 2013
2014
-
Technofy Your Mind: Cybotron and 30 Years of Detroit Techno
By Ariel Ron
—
Published January 2, 2014
-
Friendly Robots of the Soviet Union
By Benjamin Breen
—
Published January 8, 2014
-
The Key of Hell: An Enlightenment Sorcery Manual
By Benjamin Breen
—
Published January 30, 2014
-
How a 1908 Anti-Suffrage Cartoon Became an Internet Sensation
By Benjamin Breen
—
Published February 3, 2014
-
Deklarasyon Endepandans Ayiti: Rechèch pou jwenn dokiman ki pèdi nan Achiv Mond Atlantik la
By Julia Gaffield
—
Published February 5, 2014
-
Smoking, Women’s Rights, and a Really Great Fake Bar: The Lady Smoking Caper of Ought Eight
By Livius Drusus
—
Published February 7, 2014
-
Darwin’s Children Drew All Over the On The Origin of Species Manuscript (Updated)
By Benjamin Breen
—
Published February 12, 2014
-
Let’s Restore Valentine’s Day to the Wolves
By Benjamin Breen
—
Published February 14, 2014
-
How a Little Person Became the Most Famous Filipino in Nineteenth-Century Britain
By Kristie Flannery
—
Published February 21, 2014
-
Put A Propeller On It: the Golden Age of Tinkering
By Felipe Fernandes Cruz
—
Published February 24, 2014
-
St. George and the Pterodactyl
By Lydia Pyne
—
Published February 28, 2014
-
Behind the Rocket Cat: Animals in Warfare from Hannibal to World War One
By Benjamin Breen
—
Published March 6, 2014
-
Professors and Publics: A Roundtable on Popular History
By Benjamin Breen
—
Published March 20, 2014
-
Spelunking the “Murk of Outlaw History”
By Daniel Buck
—
Published April 1, 2014
-
A New Yorker’s Roman War against Germany
By Charles McNamara
—
Published April 7, 2014
-
The Victorian Inventor of the Wheelie
By Phil Edwards
—
Published April 16, 2014
-
The History of Pain
By Daniel S. Goldberg
—
Published April 29, 2014
-
Piltdown Man: Untangling One of the Most Infamous Hoaxes in Scientific History
By Lydia Pyne
—
Published May 16, 2014
-
A Short History of the Executioner
By Stassa Edwards
—
Published June 11, 2014
-
Did the Renaissance Invent Fashion?
By Benjamin Breen
—
Published June 30, 2014
-
How the Space Age Imagined 2014: Asimov’s Predictions, Revisited
By Benjamin Breen
—
Published July 3, 2014
-
How to Hide a Nuclear Missile
By Nick Blackbourn
—
Published July 30, 2014
-
Technology and Apocalypse in America
By Daniel Salas
—
Published August 27, 2014
-
Searching for Jagari
By Chris A. Smith
—
Published September 30, 2014
-
Lobsters in the Archive
By Marissa Nicosia
—
Published December 1, 2014
2015
-
An Update from the Editors
Published April 17, 2015


DOC Website Link
Website that visualizes carbon emissions data of the Dartmouth Outing Club with illustrations and fun visuals. Decisions on style and flow are centered on the desire to create an accessible site that is clean, engaging, credible, motivating and inspiring.
Key features include data visualization with parallax illustrations, carbon emissions calculator and about page. The calculator page is still under construction.
Problem and Solution
The Dartmouth Outing Club runs recreational trips that produce carbon emissions and there is no accessible way to keep track of that.
The DOC has set a goal to become carbon neutral by 2020. As part of this goal, they aim to reduce carbon emissions from the trips they run. They had a Squarespace website that introduced the DOC Environmental Stewardship Committee.
However, the squarespace website will not update the data realtime and it is difficult for non-coding members of the DOC to continue updating the website manually. Also, looking for a way to portray their project in a more interesting way. Also, need a calculator functionality
that estimates the amount of carbon emissions so that trip leaders can use as a tool to decided on the trips.
Market & Inspiration Research
Brainstorming
What would the exhibition be like? What will the stations inside the exhibition be like? What are some adjectives to describe such space?
One of the struggles for designing in VR was this - how would I create a mockup and a user flow diagram for VR? To address this problem, I used storyboards to sketch out the key scenes of the VR experience
instead of the pages that are layed out for mobile application mockups. Especially, animation storyboards came in handy.
Testing
User Flow Paper Sketch for Testing
Conducting user testing with a storyboard instead of high-resolution mockups was not easy.
Key scenes in a sequence did not represent the VR experience. And for some scenes, additional explanation about the intention
was needed that some bias was involved.
Feedback
- need background information on tarsiers: why tarsiers?
- indication on whether the user's vision is on human or tarsier mode is unclear with the eyeballs icon
- reading instructions may not be the best idea as it is hard to read in VR Goggles
- station pillars should display what the inner environments are like
- overall structure of an exhibition with several stations is intuitive and natural to the user flow
Building While Sorting Out Priorities
Oh No! What Happened?
10 weeks for launching a VR Exhibition on top of school work was a tough schedule even for a five members team.
As we aimed for a debut in the Technigala, we decided some features had to be modified or postponed for later development.
Thankfully, the project was selected to continue for another 10 weeks that we could pick the four most important features that defined the project.
MVPs
- Tarsier Vision: toggleable vision feature that flips changes between tarsier and human optics
- Exhibition
- Depth of Field Station
- Brightness Compensation Station
- Tarsier Forest
Exhibition of the Exhibition
The team was excited to present the Tarsier Goggles at the 2018 Technigala. People from all different ages were interested in testing out the VR experience.
Staff members of the Vermont Institute of Natural Science, Professor Lorie Loeb, the Executive Director of the DALI Lab, several Dartmouth students, and even
two kindergarteners experienced Tarsier Goggles with great success. We live played the experience on a large screen so as to let other people see how
the tarsiers see the world.
Finalized Features
- Importance of Tutorials: It was a struggle to teach the HTC Vive Controls to all the users every single time. Especially for children of young age.
We prepared a small illustration of the controls, but it was not enough. Perhaps an animated tutorial? Or an interactive tutorial may be more effective.
- Focusing Problem: We figured out a bug in the Tarsier's Vision. The focus was sometimes off and would not adjust automatically.
- Awe and Excitement: Depth of Field and the Tarsier's Forest were the most popular stations. The visual elements with colors, textures and light seemed to have
inspired many of the users.
- More Feedback


Download the file for the To-Dos from here.
Include Brofiler in the application you have downloaded and initialize.
This should be the result:
Add the instructions for Brofiler to collect the information of the functions "GenerateSample" and "MainLoop".
This should be the result:
Uncomment the call to the three functions & go to Brofiler.
Now analyze the functions in Brofiler. Which function is faster in each comparison?
1 - Array.
2 - Vector is faster filling and list is faster iterating.
3 - With find method.
Save Brofiler session.
Change the "SAMPLING_SIZE" to a much higher number (5000 for example).
Take another sample, open another Brofiler and load the session you had saved. Compare the current session with the previous one.
Has there been any change in previous To-Do responses?
1 - Now CustomList is faster than Vector filling.
Integrate Brofiler to your projects :)


One Time Code: Enter the 6-digit code from the authenticator app on your phone. Leave this empty if you have not yet enabled two-factor authentication.


Download Code
Consider a rotor rotating around a fixed axis. Because of wear and damage, the mass distribution is not homogeneous. This leads to dangerous vibrations in the rotation. A prototypical example can be a wind turbine, affected by misalignment of the blades and/or mass imbalance of the hub and blades [2].
In order to compensate the imbalance, two balancing heads are mounted at the endpoints of the axle, as in figure 1. Each balancing head is made of two masses free to rotate.
Our goal is to determine the optimal movement of the balancing masses to minimize the vibrations. Control theoretical techniques are employed. For further details, see [6].
Figure 1: representation of the rotor and the balancing. The balancing heads are located at the endpoints of the spindle. The four balancing masses (two for each balancing head) are drawn in red.
Consider a rotor-fixed reference frame $(O;(x,y,z))$. Figures 1 and 2 show a front view of the device and a scheme of the balancing heads.
Figure 2: front view of the system made of rotor and balancing device.
Figure 3: scheme of one balancing head. The balancing masses $(m_i,P_{i,1})$ and $(m_i,P_{i,2})$ are drawn in red. The bisector of the angle generated by $\overset{\longrightarrow}{OP_{i,1}}$ and $\overset{\longrightarrow}{OP_{i,2}}$ is the dashed line. The *intermediate* angle $\alpha_i$ is represented in 3(A), while the *gap* angle $\gamma_i$ is depicted in 3(B). The angles $\alpha_i$ and $\gamma_i$ give the position of the balancing masses in each balancing head.
We consider two planes
orthogonal to the rotation axis $z$. The balancing device (see figures 1 and 2) is made of two heads lying in each of these planes.
The heads are fixed to the rotor and rotate with it. In particular, $\alpha_i$ and $\gamma_i$ are defined with respect to the rotor-fixed reference frame $(O;(x,y,z))$.
Each head is made of a pair of balancing masses, which are free to rotate orthogonally to the rotation axis $z$.
Namely, we have
- two mass-points $(m_1,P_{1,1})$ and $(m_1,P_{1,2})$ lying on $\pi_1$ at distance $r_1$ from the axis $z$, i.e., in the reference frame $(O;(x,y,z))$
- two mass-points $(m_2,P_{2,1})$ and $(m_2,P_{2,2})$ lying on $\pi_2$ at distance $r_2$ from the axis $z$, namely, in the reference frame $(O;(x,y,z))$
For any $i=1,2$, let $b_i$ be the bisector of the angle generated by $\overset{\longrightarrow}{OP_{i,1}}$ and $\overset{\longrightarrow}{OP_{i,2}}$ (see figure 3). The intermediate angle $\alpha_i$ is the angle between the $x$-axis and the bisector $b_i$, while the gap angle $\gamma_i$ is the angle between $\overset{\longrightarrow}{OP_{i,1}}$ and the bisector $b_i$.
The imbalance is modelled by a resulting force $F$ and a momentum $N$ orthogonal to the rotation axis. In the rotor-fixed reference frame $(O;(x,y,z))$, set $P_1 := (0,0,-a)$, $P_2 := (0,0,b)$, $F := (F_x,F_y,0)$ and $N := (N_x,N_y,0)$. By imposing the equilibrium condition on forces and momenta, the force $F$ and the momentum $N$ can be decomposed into a force $F_1$ exerted at $P_1$ contained in plane $\pi_1$ and a force $F_2$ exerted at $P_2$ contained in $\pi_2$.
In each plane, we generate a force to balance the system, by moving the balancing masses:
- in the plane $\pi_1$, we compensate $F_1$ by the centrifugal force:
- in the plane $\pi_2$, we compensate $F_2$ by the centrifugal force:
The overall imbalance of the system is then given by the resulting forces in $\pi_1$ and $\pi_2$,
and
respectively.
The overall imbalance on the system made of rotor and balancing device is measured by the imbalance indicator
Our task is to find a control strategy such that
- the balancing masses move from their initial configuration $\Phi_0$ to a final configuration $\overline{\Phi}$, where the imbalance is compensated;
- the imbalance and velocities should be kept small during the correction process.
We address the minimization problem
where $Q(\Phi) := G(\Phi)-\inf G$ and
with .
The theoretical analysis of the above problem is in [6]. The existence of the optimum is proved. The stabilization of the optimal trajectories towards steady optima is proved in any condition.

For the purpose of the numerical simulations, it is convenient to rewrite the cost functional as
subject to the state equation
Discretization
Choose $T$ sufficiently large and $Nt \in \mathbb{N} \setminus {0,1}$. Set
The discretized state is , whereas the discretized control (velocity) is $(\psi_{i})_{i=0, … ,Nt-2}$. The discretized functional then reads as
subject to the state equation
Execution
The discretized minimization problem is
We address the above minimization problem by employing the interior-point optimization routine IPOpt (see [3,4]) coupled with AMPL [1], which serves as modelling language and performs the automatic differentiation. The interested reader is referred to [8, Chapter 9] and [7] for a survey on existing numerical methods to solve an optimal control problem.
In figures 4, 5, 6 and 7, we plot the computed optimal trajectory for \eqref{functional}, with initial datum $\Phi_0=\left(\alpha_{0,1},\gamma_{0,1};\alpha_{0,2},\gamma_{0,2}\right) := \left(2.6,0.6, 2.5,1.5\right)$. We choose $F$, $N$ and $m_i$. The exponential stabilization proved in [6] emerges.
Figure 4: intermediate angle $\alpha_1$ versus time.
Figure 5: gap angle $\gamma_1$ versus time.
Figure 6: intermediate angle $\alpha_2$ versus time.
In figure 8, we depict the imbalance indicator versus time along the computed trajectories. As expected, it decays to zero exponentially.
Figure 7: gap angle $\gamma_2$ versus time.
Figure 8: system response.
Figure 9: We represent the evolution in time of the rotor vibrations.
In the uncontrolled case, the balancing device does not act. In the controlled case, our balancing strategy suppress the vibrations.
References:
[1] Robert Fourer, David M Gay, and Brian W Kernighan. A modeling language for mathematical programming. Management Science, 36(5):519{554, 1990.
[2] Mike Jeffrey, Michael Melsheimer, and Jan Liersch. Method and system for determining an imbalance of a wind turbine rotor, September 11 2012. US Patent 8,261,599.
[3] Andreas Waechter, Carl Laird, F Margot, and Y Kawajir. Introduction to ipopt: A tutorial for downloading, installing, and using ipopt. Revision, 2009.
[4] Andreas Waechter and Lorenz T Biegler. On the implementation of an interior-point lterline-search algorithm for large-scale nonlinear programming. Mathematical programming, 106(1):25{57, 2006.
[6] Matteo Gnuffi, Dario Pighin and Noboru Sakamoto. Rotors imbalance suppression by optimal control. Preprint.
[7] Noboru Sakamoto and Arjan J van der Schaft. Analytical approximation methods for the stabilizing solution of the Hamilton-Jacobi equation. IEEE Transactions on Automatic Control, 53(10):2335{2350, 2008.
[8] Emmanuel Trélat. Contrôle optimal : théorie et applications
Mathématiques Concrètes. Vuibert, Paris, 2005. available
online:
https://www.ljll.math.upmc.fr/trelat/chiers/livreopt2.pdf.


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Copyright (c) 1995 Greg van Patten
The game can be played on any arbitrary board. We shall use the typical 8x8 board (where only orthogonal connections are valid)
|
| An example
White has a better position, since he has more connected groups than Black. If White moves, he must attack the last three connected Black stones (h5-h6-h7), by attacking h6 (and sacrificing his own stone). E.g., d4:h6->g6. Now, Black has only two live stones, e7 and f7 and cannot avoid loosing the game on the next turn (assuming that there are no Ko position fight involved). |
Some notes from the author:
If there are too many disks, the game may not end because there are not
enough points for the disks to spread out. Some lattices, such as lattices with too many triangles (ie three points, each joined to the other two) make
it too easy for players to keep their disks alive by continually regrouping,
so that the game never ends. Here are two easily described types of lattices
which seem to work well (but try others). One is any lattice where each point
is connected to exactly three others. The other is a grid consisting of perpendicular families of straight lines, intersecting to form a tiling of
boxes, with disks placed on the points of intersection. Even three-dimensional grids seem to work, and even higher dimensional grids might work.
For starters, try a five by five grid, and give each player five disks.
A stronger player can be handicapped by giving him less disks than his opponent
or by giving his opponent some extra moves in the beginning of the second stage. It is possible to think up many variations of Diffusion. For example,
rank each player's disks by numbering them, and allow a disk to attack an enemy
disk only if that enemy disk has the same or lower rank (you might decide that this restriction should only apply when attacking live disks, or only when attacking dead disks).
More information (including a sample game) can be
found at his own
diffusion page. For some related games, check Atoms
and Entropy.


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Source: zurb_acc.css, line 7563
3.1 Buttons
Basic Buttons
Source: zurb_acc.css, line 7563
Basic Buttons
Primary Class Button (default)
Second Class Button
Shade Class Button
Button reserved for navigation elements
Success State.
Alert State.
Warning State
All button states can become hollow
All button states can become hollow
All button states can become hollow
Give the button softer corners
Give a button a shadow
tiny buttons
Small buttons
Medium buttons (default)
Large buttons
Large buttons
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[modifier class] button


| @id | example_workflow.cwl |
|---|---|
| name [?] | Example Workflow |
| @type |
|
| programmingLanguage [?] | Common Workflow Language |
| image [?] | Example Workflow Diagram |
| Items that reference this one | |
| mainEntity [?] | Example Workflow |
| hasPart [?] | Example Workflow |
| @id | diagram.svg |
|---|---|
| name [?] | Example Workflow Diagram |
| @type |
|
| Items that reference this one | |
| hasPart [?] | Example Workflow |
| image [?] | Example Workflow |
| @id | README.md |
|---|---|
| @type | File |
| Items that reference this one | |
| hasPart [?] | Example Workflow |
This file was created at<PHONE_NUMBER>066 by Calcyte which implements the Draft RO-Crate format, version


| I l@ve RuBoard |
Two concepts influence the definition of I/O formats: Most obviously, there are format flags that define, for example, numeric precision, the fill character, or the numeric base. Apart from this, there exists the possibility of adjusting the formats to meet special national conventions. This section introduces the format flags. Section 13.8, and Chapter 14 describe the aspects of internationalized formatting.
The class ios_base has several members that are used for the definition of various I/O formats. For example, it has members that store the minimum field width, the precision of floating-point numbers, or the fill character. A member of type ios::fmtflags stores configuration flags defining, for example, whether positive numbers should be preceded by a positive sign or whether Boolean values should be printed numerically or as words.
Some of the format flags form groups. For example, the flags for octal, decimal, and hexadecimal formats of integer numbers form a group. Special masks are defined to make dealing with such groups easier.
| Member Function | Meaning |
|---|---|
| setf (flags) | Sets flags as additional format flags and returns the previous state of all flags |
| setf (flags, mask) | Sets flags as the new format flags of the group identified by mask and returns the previous state of all flags |
| unsetf (flags) | Clears flags |
| flags() | Returns all set format flags |
| flags (flags) | Sets flags as the new format flags and returns the previous state of all flags |
| copyfmt (stream) | Copies all format definitions from stream |
Several member functions can be used to handle all of the format definitions of a stream. These are presented in Table 13.9. The functions setf() and unsetf() set or clear, respectively, one or more flags. You can manipulate multiple flags at once by combining them using the "binary or" operator; that is, operator |. The function setf() can take a mask as the second argument to clear all flags in a group before setting the flags of the first argument, which are also limited to a group. This does not happen with the version of setf() that takes only one argument. For example:
// set flags showpos and uppercase std::cout.setf (std::ios::showpos | std::ios::uppercase); // set only the flag hex in the group basefield std::cout.setf (std::ios::hex, std::ios::basefield); // clear the flag uppercase std::cout.unsetf (std::ios::uppercase);
Using flags() you can manipulate all format flags at once. Calling flags() without an argument returns the current format flags. Calling flags() with an argument takes this argument as the new state of all format flags and returns the old state. Thus, flags() with an argument clears all flags and sets the flags that were passed. Using flags() is useful, for example, for saving the current state of the flags to restore the original state later. The following statements demonstrate an example:
using std::ios, std::cout; // save actual format flags ios::fmtflags oldFlags = cout.flags(); // do some changes cout.setf(ios::showpos | ios::showbase | ios::uppercase); cout.setf(ios::internal, ios::adjustfield); cout << std::hex << x << std::endl; // restore saved format flag cout.flags(oldFlags);
By using copyfmt() you can copy all the format information from one stream to another. See page 653 for an example.
You can also use manipulators to set and clear format flags. These are presented in Table 13.10.
| Manipulator | Effect |
|---|---|
| setiosflags (flags) | Sets flags as format flags (calls setf (flags) for the stream) |
| resetiosflags (mask) | Clears all flags of the group identified by mask (calls setf (0,mask) for the stream) |
The manipulators setiosflags() and resetiosflags() provide the possibility of setting or clearing, respectively, one or more flags in a write or read statement with operator << or >> respectively. To use one of these manipulators, you must include the header file <iomanip>. For example:
#include <iostream> #include <iomanip> ... std::cout << resetiosflags(std::ios::adjustfield) // clear adjustm. flags << setiosflags(std::ios::left); // left-adjust values
Some flag manipulations are performed by specialized manipulators. These manipulators are used often because they are more convenient and more readable. They are discussed in the following subsections.
The boolalpha flag defines the format used to read or to write Boolean values. It defines whether a numeric or a textual representation is used for Boolean values (Table 13.11).
| Flag | Meaning |
|---|---|
| boolalpha | It set, specifies the use of textual representation; if not set, specifies the use of numeric representation |
If the flag is not set (this is the default), Boolean values are represented using numeric strings. In this case, the value 0 is always used for false and the value 1 is always used for true. When reading a Boolean value as a numeric string it is considered to be an error (setting failbit for the stream) if the value is different from 0 or 1.
If the flag is set, Boolean values are written using a textual representation. When a Boolean value is read, the string has to match the textual representation of either true or false. The stream's locale object is used to + the strings used to represent true and false (see page 626 and page 698). The standard "C" locale object uses the strings "true" and "false" as representations of the Boolean values.
Special manipulators are defined for the convenient manipulation of this flag (Table 13.12).
| Manipulator | Meaning |
|---|---|
| boolalpha | Forces textual representation (sets the flag ios::boolalpha) |
| noboolalpha | Forces numeric representation (clears the flag ios::boolalpha) |
For example, the following statements print b first in numeric representation and then in textual representation:
bool b; ... cout << noboolalpha << b << " == " << boolalpha << b << endl;
Two member functions are used to define the field width and the fill character: width() and fill() (Table 13.13).
| Member Function | Meaning |
|---|---|
| width() | Returns the actual field width |
| width(val) | Sets the field width to val and returns the previous field width |
| fill() | Returns the actual fill character |
| fill(c) | Defines c as the fill character and returns the previous fill character |
For the output width() defines a minimum field. This definition applies only to the next formatted field written. Calling width() without arguments returns the current field width. Calling width() with an integral argument changes the width and returns the former value. The default value for the minimum field width is 0, which means that the field may have any length. This is also the value to which the field width is set after a value was written.
Note that the field width is never used to truncate output. Thus, you can't specify a maximum field width. Instead, you have to program it. For example, you could write to a string and output only a certain number of characters.
fill() defines the fill character that is used to fill the difference between the formatted representation of a value and the minimum field width. The default fill character is a space.
To adjust values within a field, three flags are defined, as shown in Table 13.14. These flags are defined in the class ios_base together with the corresponding mask.
| Mask | Flag | Meaning | |
|---|---|---|---|
| adjustfield | left | Left-adjusts the value | |
| right | Right-adjusts the value | ||
| internal | Left-adjusts the sign and right-adjusts the value | ||
| None | Right-adjusts the value (the default) |
After any formatted I/O operation is performed, the default field width is restored. The values of the fill character and the adjustment remain unchanged until they are modified explicitly.
Table 13.15 presents the effect of the functions and the flags used for different values. The underscore is used as the fill character.
| Adjustment | width() | -42 | 0.12 | "Q" | 'Q' |
|---|---|---|---|---|---|
| left | 6 | -42--- | 0.12-- | Q----- | Q----- |
| right | 6 | ----42 | --0.12 | -----Q | -----Q |
| internal | 6 | ----42 | --0.12 | -----Q | -----Q |
Note that the adjustment for single characters has changed during the standardization. Before standardization, the field width was ignored if single characters were written. It was used for the next formatted output that was not a single character. This bug was fixed. However, for programs that used this bug as a feature, the fix breaks backward compatibility.
Several manipulators are defined to handle the field width, the fill character, and the adjustment (Table 13.16).
| Manipulator | Meaning |
|---|---|
| setw(val) | Sets the field width for input and output to val (corresponds to width() ) |
| setfill(c) | Defines c as the fill character (corresponds to fill()) |
| left | Left-adjusts the value |
| right | Right-adjusts the value |
| internal | Left-adjusts the sign and right-adjusts the value |
The manipulators setw() and setfill() use an argument, so you must include the header file <iomanip> to use them. For example, the statements
#include <iostream> #include <iomanip> ... std::cout << std::setw(8) << std::setfill('_') <<-3.14 << ' ' << 42 << std::endl; std::cout << std::setw(8) << "sum: " << std::setw(8) << 42 << std::endl;
produce this output:
----3.14 42 ---sum: ------42
You can use the field width also to define the maximum number of characters read when character sequences of type char* are read. If the value of width() is not 0, then at most width()-1 characters are read.
Because of the fact that ordinary C-strings can't grow while values are read, width() or setw() should always be used when reading them with operator >>. For example:
char buffer [81]; // read, at most, 80 characters: cin >> setw (sizeof (buffer)) >> buffer;
This reads, at most, 80 characters, although sizeof (buffer) is 81 because one character is used for the string termination character (which is appended automatically). Note that the following code is a common error:
char* s; cin >> setw (sizeof (s)) >> s; //RUNTIME ERROR
This is because s is only declared as a pointer without any storage for characters, and sizeof(s) is the size of the pointer instead of the size of the storage to which it points. This is a typical example of the problems you encounter if you use C-strings. By using strings, you won't run into these problems:
string buffer; cin >> buffer; //OK
Two format flags are defined to influence the general appearance of numeric values: showpos and uppercase (Table 13.17).
| Flag | Meaning |
|---|---|
| showpos | Writes a positive sign on positive numbers |
| uppercase | Uses uppercase letters |
ios::showpos dictates that a positive sign for positive numeric values be written. If the flag is not set, only negative values are written with a sign, ios::uppercase dictates that letters in numeric values be written using uppercase letters. This flag applies to integers using hexadecimal format and to floating-point numbers using scientific notation. By default, letters are written as lowercase and no positive sign is written. For example, the statements
std::cout << 12345678.9 << std::endl; std::cout.setf (std::ios::showpos | std::ios::uppercase); std::cout << 12345678.9 << std::endl;
produce this output:
1.23457e+07 +1.23457E+07
Both flags can be set or cleared using the manipulators presented in Table 13.18.
| Manipulator | Meaning |
|---|---|
| showpos | Forces to write a positive sign on positive numbers (sets the flag ios::showpos) |
| noshowpos | Forces not to write a positive sign (clears the flag ios::showpos) |
| uppercase | Forces uppercase letters (sets the flag ios::upper case) |
| nouppercase | Forces lowercase letters (clears the flag ios::uppercase) |
A group of three flags defines which base is used for I/O of integer values. The flags are defined in the class ios_base with the corresponding mask (Table 13.19).
| Mask | Flag | Meaning |
|---|---|---|
| basefield | oct | Writes and reads octal |
| dec | Writes and reads decimal (default) | |
| hex | Writes and reads hexadecimal | |
| None | Writes decimal and reads according to the leading characters of the integral value |
A change in base applies to the processing of all integer numbers until the flags are reset. By default, decimal format is used. There is no support for binary notation. However, you can read and write integral values in binary by using class bitset. See Section 10.4.1, for details.
If none of the base flags is set, output uses a decimal base. If more than one flag is set, decimal is used as the base.
The flags for the numeric base also affect input. If one of the flags for the numeric base is set, all numbers are read using this base. If no flag for the base is set when numbers are read the base is determined by the leading characters: A number starting with 0x or 0X is read as a hexadecimal number. A number starting with 0 is read as an octal number. In all other cases, the number is read as a decimal value.
There are basically two ways to switch these flags:
Clear one flag and set another:
std::cout.unsetf (std::ios::dec); std::cout.setf (std::ios::hex);
Set one flag and clear all other flags in the group automatically:
std::cout.setf (std::ios::hex, std::ios::basefield);
In addition, manipulators are defined that make the handling of these flags significantly simpler (Table 13.20).
| Manipulator | Meaning |
|---|---|
| oct | Writes and reads octal |
| dec | Writes and reads hexadecimal |
| hex | Writes and reads decimal |
For example, the following statements write x and y in hexadecimal, and z in decimal:
int x, y, z; ... std::cout << std::ios::hex << x << std::endl; std::cout << y << ' ' << std::ios::dec << z << std::endl;
An additional flag, showbase, lets you write numbers according to the usual C/C++ convention for indicating numeric bases of literal values (Table 13.21).
| Flag | Meaning |
|---|---|
| showbase | If set, indicates the numeric base |
If ios::showbase is set, octal numbers are preceded by a 0 and hexadecimal numbers are preceded by 0x (or, if ios::uppercase is set, by 0X). For example, the statements
std::cout << 127 << ' ' << 255 << std::endl; std::cout << std::hex << 127 << ' ' << 255 << std::endl; std::cout.setf(std::ios::showbase); std::cout << 127 << ' ' << 255 << std::endl; std::cout.setf(std::ios::uppercase); std::cout << 127 << ' ' << 255 << std::endl;
produce this output:
127 255 7f ff 0x7f 0xff 0X7F 0XFF
ios::showbase can also be manipulated using the manipulators presented in Table 13.22.
| Manipulator | Meaning |
|---|---|
| showbase | Indicates numeric base (sets the flag ios::showbase) |
| noshowbase | Does not indicate numeric base (clears the flag ios::showbase) |
Several flags and members control the output of floating-point values. The flags, presented in Table 13.23, define whether output is written using decimal or scientific notation. These flags are defined in the class ios_base together with the corresponding mask. If ios::fixed is set, floatingpoint values are printed using decimal notation. If ios::scientific is set scientific (that is, exponential) notation is used.
| Mask | Flag | Meaning |
|---|---|---|
| floatfield | fixed | Uses decimal notation |
| scientific | Uses scientific notation | |
| None | Uses the "best" of these two notations (default) |
To define the precision, the member function precision() is provided (see Table 13.24).
| Member Function | Meaning |
|---|---|
| precision() | Returns the actual precision of floating-point values |
| precision(val) | Sets val as the new precision of floating-point values and returns the old |
If scientific notation is used, precision() defines the number of decimal places in the fractional part. In all cases, the remainder is not cut off but rounded. Calling precision() without arguments returns the current precision. Calling it with an argument sets the precision to that value and returns the previous precision. The default precision is six decimal places.
By default, neither ios::fixed nor ios::scientific is set. In this case, the notation used depends on the value written. All meaningful but, at most, precision() decimal places are written as follows: A leading zero before the decimal point and/or all trailing zeros, and potentially even the decimal point, are removed. If precision() places are sufficient, decimal notation is used; otherwise, scientific notation is used.
Using the flag showpoint, you can force the stream to write a decimal point and trailing zeros until precision() places are written (Table 13.25).
| Flag | Meaning |
|---|---|
| showpoint | Always writes a decimal point |
Table 13.26 shows the somewhat complicated dependencies between flags and precision, using two concrete values as an example.
| precision() | 421.0 | 0.0123456789 | |
|---|---|---|---|
| Normal | 2 | 4.2e+02 | 0.012 |
| 6 | 421 | 0.0123457 | |
| With showpoint | 2 | 4.2e+02 | 0.012 |
| 6 | 421.000 | 0.0123457 | |
| fixed | 2 | 421.00 | 0.01 |
| 6 | 421.000000 | 0.012346 | |
| scientific | 2 | 4.21e+02 | 1.23e-02 |
| 6 | 4.210000e+02 | 1.234568e-02 |
As for integral values, ios::showpos can be used to write a positive sign, ios::uppercase can be used to dictate whether the scientific notation should use an uppercase E or a lowercase e.
The flag ios::showpoint, the notation, and the precision can be configured using the manipulators presented in Table 13.27.
For example, the statement
std::cout << std::scientific << std::showpoint << std::setprecision(8) << 0.123456789 << std::endl;
produces this output:
1.23456789e-001
| Manipulator | Meaning |
|---|---|
| showpoint | Always writes a decimal point (sets the flag ios::showpoint) |
| noshowpoint | Does not require a decimal point (clears the flag showpoint) |
| setprecision(val) | Sets val as the new value for the precision |
| fixed | Uses decimal notation |
| scientific | Uses scientific notation |
setprecision() is a manipulator with an argument, so you must include the header file <iomanip> to use it.
Two more format flags complete the list of formatting flags: skipws and unitbuf (Table 13.28).
| Flag | Meaning |
|---|---|
| skipws | Skips leading whitespaces automatically when reading a value with operator >> |
| unitbuf | Flushes the output buffer after each write operation |
ios::skipws is set by default, meaning that by default leading whitespaces are skipped by certain read operations. Normally, it is useful to have this flag set. For example, with it set, reading the separating spaces between numbers explicitly is not necessary. However, this implies reading space characters using operator >> is not possible because leading whitespaces are always skipped.
ios::unitbuf controls the buffering of the output. With ios::unitbuf set, output is basically unbuffered. The output buffer is flushed after each write operation. By default, this flag is not set. However, for the streams cerr and wcerr this flag is set initially.
Both flags can be manipulated using the manipulators presented in Table 13.29.
| I l@ve RuBoard |


LOGO GOES HERE
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USER IMAGE GOES HERE
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PhD Student in VR-tech with emphasis on Visual Analytics over massive, complex datasets.
Currently, I'm a third year PhD student in the Department of Engineering, University of Cambridge, UK.
I hold Magister (MSc) and Licencjat (BSc) Degrees in Computer Science from the Faculty of Physics, Astronomy and Applied Computer Science, Jagiellonian University in Krakow, Poland.
In my day-to-day work I constantly use C# and Python. The latter I'm also teaching to the first year engineering undergraduets. In my previous work I've also used Python for data pre-processing visualisation (CERN/ESA/Jagiellonian) and C++ (ESA/ESA/Jagiellonian). I'm also teaching C language to the undergraduates at the Computer Laboratory at Cambridge.
In my work and privately, I work on all three main OS'es i.e. iOS, Windows and on various Linux flavours, including amongst others, Ubuntu, Red Hat, Scientific Linux.
While at Cambridge I was (or currently am) teaching courses for both Engineering and Computer Science undergraduates. This includes (in Cambridge's notation 1A means 1st year, 1B 2nd year):
Past teaching:
Work in progress...
Check it outFigure reproduced from Wikipedia under the CC BY-SA 4.0.
"Hazardous materials such us drugs, biological weapons and explosives posses a
very distinctive chemical composition. They consist mainly from carbon, nitrogen,
oxygen and hydrogen elements. This unique characteristics makes them an ideal
target for the novel detection method called atometry, which allows non-invasive,
real-time, chemical analysis of any kind of substance. The basis of this technology
is stoichiometry analysis of a given object conducted with the neutron beams."
- S.K.Tadeja, "Application of 3D computer graphics techniques used
in video games for Monte Carlo calculationsof multi-particle transport code",
Jagiellonian University, 2016,
supervisor Prof. Dr Hab. Paweł Moskal.


COVID-19 Pandemic Analysis
We have used sampling here to find different kinds of plots as we previously done in Lab 2.
Due to high number of records the scatter plots generated are slow hence we have saved the csv file of fitted data for MDS correlation and MDS Euclidian and then loaded it. The CSV files have been attached.


> Compile & Run <
libc: glibc
libc: newlib
Output:
Exit status:
n/a
Instruction count:
n/a
Memory usage:
n/a
Startup time:
n/a
Compile time:
n/a
Execution time:
n/a
Binary size:
n/a
Exception:
None
Code is executed by
libriscv
the C++17 RISC-V emulator. Samples are in microseconds.


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Boogie - A multiplayer music/artist guessing game.
play & compete in solo or team modes against other players online, make your lobby, choose a mode from tens of different
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I'm A Celebrity fans divided as Jacqueline Jossa 'clashes' with Andrew Maxwell
She had her say!
by Rebecca CarterViewers of I'm A Celebrity have been left divided over Jacqueline Jossa appearing to snap at her campmate Andrew Maxwell.
On Wednesday night's show, Roman Kemp and Adele Roberts got ready to face their Bushtucker trial, Just Desserts.
Roman said in the Bush Telegraph with Adele: "I'm so happy that we're doing it together because at least if we fail, it’s both of us failing."
Read more: I'm A Celebrity: Roman Kemp and Adele Roberts' spat over Jane McDonald
As Ian Wright said they should encourage their fellow campmates to "step up" and do their best, Jacqueline said: "Yeah but I don't think we should put pressure. It doesn't matter if someone had a panic attack and couldn't do it I would eat rice and beans.
"I was panicking so much yesterday and it didn't make it better people going if you don't even try we're going to get nothing," as she appeared to mimic Andrew's Irish accent.
"That doesn't make it better. It makes it ten times worse. In fact it made me want to go I'm not doing it. If someone can't do it, they can't do it."
 to which Jacqueline confirmed it was.
He hit back: "I'd just been through a really horrific thing but I didn't want to put pressure on you.
"I won't do that again. We're all still learning on the job."
Viewers were divided over Jacqueline's reaction and accused her of mimicking Andrew's Irish accent.

Another wrote: "Note to Jacqueline: If you want to [bleep] someone off without obviously singling them out, don’t do the impression of them in their Irish accent."
A third tweeted: "Jacqueline is getting on my nerves, what was the point in throwing in that dig to Andrew??? Pull him to the side if there’s an issue, no need to make sly digs in front of the group."
Read more: Bookies predict Jacqueline Jossa will win this year's I'm A Celebrity
Others defended Jacqueline.
Leave us a comment on our Facebook page @EntertainmentDailyFix and let us know what you think of this story.


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title=(Secure) File Transfer, the Only Way to Fly... err Copy date=2010-08-24 type=post tags=blog status=published ~~~~~~
I've recently posted a piece on using the file-transfer adapters in Spring Integration 2.0 on the SpringSource blog. Check it out and leave a comment!


Reporter output
About to begin executing Test Sample Test
getting total number of rows
getting total number of rows
getting total number of rows
listOfTestCases=============*****************[TC001]
getting total number of rows
getting total number of rows
getting total number of rows
getting total number of rows
sheetNameCapturedObjectProperties----sheetName, pathOFFileC:\Users\MY PC\Documents\NetBeansProjects\Selenium-Testing-Automation-Framework-master\TestCases2.xlsx
getting total number of columns
sheetNameTC002_DS----sheetName, pathOFFileC:\Users\MY PC\Documents\NetBeansProjects\Selenium-Testing-Automation-Framework-master\TestCases2.xlsx
getting total number of columns
sheetNameTC001_DS----sheetName, pathOFFileC:\Users\MY PC\Documents\NetBeansProjects\Selenium-Testing-Automation-Framework-master\TestCases2.xlsx
getting total number of columns
getting total number of rows
About to end executing Test TC001
size====2
column valueee======[Selenium 654641897]
column value size===========1
testCaseExecution======================1
exTC001
Test Status: Pass
TC001
About to end executing Test Sample Test


"We want a few mad people now. See where the sane ones have landed us!"
George Bernard Shaw (1856-1950)