ganesh chaturthi 2018 date and time
You'd think smelling like lemon zest
would be pretty neat
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Parents arrested for hurting baby - Duration: 0:28.
For more infomation >> Parents arrested for hurting baby - Duration: 0:28. -------------------------------------------
After 'Imprisonment' For 'Mismanaging N6.3bn', Jonah Jang Declares To Run For President - Duration: 4:26.
Three Months After 'Imprisonment' For 'Mismanaging N6.3bn', Jonah Jang Declares To Run For President
Jonah Jang, former Governor of Plateau State, has formally announced his decision to join the 2019 presidential race on the platform of the Peoples Democratic Party (PDP).
Flanked by his wife and supporters, Jang made the declarartion on Tuesday at the secretariat of the party in Jos, capital of Plateau State.
The announcement comes three months after Jang, who is currently representing Plateau North in the National Assembly, spent nine days at the detention facility of the Economic and Financial Crimes Commission (EFCC), and was subsequently remanded in Jos Prison for another eight days for allegedly mismanaging N6.
3billion towards the end of his governorship tenure. In May, EFCC arraigned Jang before Justice Daniel Longji of the Plateau State High Court sitting in Jos on a 12-count charge bordering on misappropriation of funds to the tune of N6. 3billion.
He was alleged to have embezzled special funds released to the state by the Central Bank of Nigeria (CBN), just before the end of his governorship tenure in 2015.
Specifically, Jang allegedly pocketed N2billion released by the CBN for disbursement to small and medium enterprises in the state under the Micro, Small and Medium Enterprises Development Funds (MSMEDF) just a month before the expiration of his tenure in April 2015.
He was also said to have abused his office by collecting money to the tune of N4. 3billion from the state coffers through the cashier of the Office of the Secretary to the State Government, Yusuf Gyang Pam.
Jang was docked alongside Pam, who was also accused of using his office for personal enrichment to the tune of N11. 5million.
Count eight of the charge read: "That you, Senator Jonah David Jang, whilst being the Governor of Plateau State between January and May, 2015 in Jos, within the jurisdiction of this Honourable Court, used your office as Executive Governor of Plateau State to confer unfair advantage upon yourself by collecting the sum of N4,357,195,000 (Four billion, Three Hundred and Fifty-Seven Million, One Hundred and Ninety-Five Thousand Naira) from the cashier of the Office of the Secretary to the Plateau State Government, and which sum was derived from the account of Plateau State Government, and you thereby committed an offence punishable under Section 19 of the Corrupt Practices and Other Related Offences Act, 2000".
Jang and Pam pleaded not guilty to the charge, after which Justice Longji ordered the remand of the defendants in prison custody. They were granted bail eight days after, on May 24. .
The two-time former Governor would later describe his prison experience as "a great lesson in humility".
"For me being in prison is a great lesson in humility," he said in a speech read on his behalf by Pastor Abraham Yiljap, his former Commissioner of Information, who represented him at the opening ceremony of the 94th General Church Council of Church of Christ in Nations (COCIN).
"When I was at the EFCC office in Abuja, I slept on the floor, but here in the prison I have the privilege of sleeping in the same bed that former President Olusegun Obasanjo slept in at the Jos prison.
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The Giant Elephant Song | Kindergarten Songs and Videos for Children - Duration: 1:02:09.
The Giant Elephant Song
I'm a giant elephant
See my floppy ears.
I can live in the forest
Up to fifty years
You might say I'm rather large
But trust me that ok
My legs are wide and strong
Enough to carry what I weigh.
And I eat grass and roots,
Leaves off of trees
Bark and fruits
Thats what I need
Eating is important and it's so much fun.
If I keep this up I'll end up weighing several tons
I'm a giant elephant
My tusks come in handy
They help me gather all my food
They're made of Ivory
I'm the giant elephant
My trunk is very strong
You can learn a lot about me
when you sing this song
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Run Schoolies Run | Kindergarten Songs For Children | Schoolies Cartoons by Kids Channel - Duration: 3:25.
Run Schoolies Run
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Butterfly Song | Kindergarten Nursery Rhymes For Children | Song For Toddlers by Farmees - Duration: 1:03:19.
"What a beautiful day it is today!
And all the Farmees are out!"
When a butterfly opens its wings It's a wonderful moment
See the flowers all go into bloom with a beautiful scent
And the Farmees all come out today to play with their best friends
It's a colorful and beautiful day may today never end
When the ducklings all swim in a row It's a wonderful moment
See the bees all filling honey to their heart's content
And the Farmees all come out today to play with their best friends
It's a colorful and beautiful day may today never end
When a butterfly opens its wings It's a wonderful moment
See the flowers all go into bloom with a beautiful scent
And the Farmees all come out today to play with their best friends
It's a colorful and beautiful day may today never end
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Spin Me Right Round | Panda A Panda Cartoons For Children | Kids Tv Shows - Duration: 55:59.
Panda A Panda
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Dynamic Number Insertion for PPC using CallRail ☎️ - Duration: 14:08.
For more infomation >> Dynamic Number Insertion for PPC using CallRail ☎️ - Duration: 14:08. -------------------------------------------
HOW TO DRAW BEEDRILL | Pokémon Drawing and Coloring for Kids | BLABLA ART - Duration: 10:16.
How to draw Beedrill, Pokémon
Don't miss any Blabla Art episode
Subscribe! :)
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Good news for Emery: Key Arsenal star to make return ahead of Cardiff - Duration: 1:25.
Arsenal boss Unai Emery appears to have been handed a fitness boost ahead of the upcoming clash with Cardiff City
The new Arsenal manager watched his side hand him his first victory after replacing Arsene Wenger, courtesy of a 3-1 win over West Ham in a London derby at the Emirates stadium last weekend
It was a game which saw Mesut Ozil fail to feature as he was sidelined by a reported illness
However, ahead of the clash with Cardiff City, the 29-year-old is expected to make a return to action, according to the Evening Standard
The former Real Madrid star is set to resume some form of training at London Colney this week, ahead of the upcoming fixture in the Premier League
Certain media outlets claimed Ozil's unexpected absence on Saturday was because of a training ground bust-up with Emery, but those rumours were later denied by the Gunners boss
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Calming yoga music at bedtime could be good for your heart - Duration: 4:13.
Calming yoga music at bedtime could be good for your heart
Health & Sex.
Calming yoga music at bedtime could be good for your heart.
New Indian research suggests that listening to yoga music before bedtime may be beneficial for heart health, as well as help reduce feelings of anxiety.
Carried out by researchers at HG SMS Hospital, Jaipur and presented at the European Society of Cardiology Congress this week, the small-scale study set out to investigate how listening to soothing, meditative yoga music before bed could affect heart rate variability, which is the variation in time between each heartbeat.
The researchers recruited 149 healthy participants with an average age of 26 and asked them to take part in three different conditions on three separate nights: listening to yoga music before sleep, listening to pop music with steady beats before sleep, and no music or silence before sleep.
Heart rate variability was measured for five minutes before the music or silence started, for ten minutes during the music/silence, and again for five minutes after it had finished.
Participants' anxiety levels and positive feelings were also assessed before and after each session.
Researchers found that heart rate variability increased during the yoga music, decreased during the pop music, and did not significantly change during the silence, suggesting that listening to yoga music could have a beneficial effect on the heart, as low heart rate variability is associated with a 32-45% higher risk of experiencing a first cardiovascular event.
Moreover, following a cardiovascular event, those with low heart rate variability also have a higher risk of experiencing further cardiovascular events and death. The study also showed that anxiety levels fell significantly after the yoga music, rose significantly post pop music, and increased after the no-music session. Participants also felt significantly more positive after the yoga music than they did after the pop music."We use music therapy in our hospital and in this study we showed that yoga music has a beneficial impact on heart rate variability before sleeping," commented study author Dr.
Naresh Sen. However, Dr.
Sen also noted that holistic therapies such as music should be used as additional treatments and cannot replace evidence-based drugs and interventions.
"Science may have not always agreed, but Indians have long believed in the power of various therapies other than medicines as a mode of treatment for ailments.
This is a small study, and more research is needed on the cardiovascular effects of music interventions offered by a trained music therapist.
But listening to soothing music before bedtime is a cheap and easy to implement therapy that cannot cause harm." The ESC Congress 2018 started Saturday, August 25 and runs through Wednesday, August 29 in Munich, Germany.
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iPhone submerged for a month in Lake Natoma returned to owner - Duration: 1:56.
For more infomation >> iPhone submerged for a month in Lake Natoma returned to owner - Duration: 1:56. -------------------------------------------
Virtue The One For All 6in1 Styler - Duration: 4:55.
For more infomation >> Virtue The One For All 6in1 Styler - Duration: 4:55. -------------------------------------------
1823 Mario Gonzalez Carprintro, Visualization schema for HPC data - Duration: 5:54.
Imagine you've got a wonderful physics problem, and you have to solve it by computation.
You implement your equations in a wonderful simulation and you run it into a wonderful
computer.
Then, you write the results in a wonderfully structured database...
So what?
You cannot write incredible articles or even take conclusions from your own research without
some greatplots.
But plotting data is not always as easy as writting a simple "plot" in Python.
The easyest way to plot the data is by using the VTK librares, that allows us to create
an object that contains all the geometry of the mesh and all the quantities related to
it.
Be careful, it's hot
Once done, we will open the result in ParaView, which is quite a good software for that kind
of visualizations.
We can just open the VTK, but if we want to interact with it, if we want, if we want to
to process the data we need to go further.
We need to CREATE a "custom" interface inside Paraview, with takes some input from the user,
run some code behind the scenes and plot the result again on the screen
Do you want?
yeah
So we have to create a Plugin, which will use both ParaView and VTK functions to do
what we want.
We have already talked about how we create those plugins: How we do it in Python and
what are some advantages versus doing it in C++.
Now, let's demonstrate with a simple example the usage of our Plugin Generator.
Yes, we've got a folder with our plugin generator.
But we need to write a script that tells the plugin what to do.
Let's just define a function INSIDE that prints something ON the screen.
It will take all of these arguments and perform something with them.
First let's say hello to you, then let's print some maths stuff
Now we choose one color by it's index from a list
and finally we will print something related to the boolean variable.
Let's move now to our plugin generator.
We'll import out function here and fill some simple stuff.
Now we go to the next part, where we will create the interface.
We add our function, and a field for "name" and "surname".
Then a drop-down list for colors and another field to fill for the first int.
The second int will be a slider
and we'll add a hidden bool and a refresh button
and a new category to "sources" that will make easIer to find our plugin on Paraview
Then, we run the script and a new XML will be created
Now, we'll move ourselves to ParaView and then just load the plugin.
Then we open it from "sources", set all the parameters (also the bool) an run.
It works.
Let's see now how our big plugin works.
First of all we import our Plugin as we would do with any other else.
A new category will appear in "sources" tab, where we can find our four new tools.
Let's work first with the main one.
Those fields are just to tell the script "where" in the database to search the data.
Once filled, we press apply and after less than a minute, the data will be displayed
on the screen.
Our object is divided in multiple blocks, and we can select as many as we want for the
visualization.
Many of the blocks are just lines, so it wll be interesting to track over time the value
of the scalars in the whole line, making some 3D plots or contour plots.
If we press apply with this 999, a list with all the linear blocks will appear here, so
we can choose the one we want to track.
Also, if we want to track a single point, we get its ID from ParaView and type it here.
If we mark those two fields, two txt files will be created with the data we need for
the plots, so let's do it and run the program again.
Now, if we select the "track one point" tool we will see itsevolution through time.
We can also chose what quantity we want to track in the "properties pannel".
Unfortunally this dataset doesn't hardlyvchange through time, so we can continue the demostration
with ANOTHER one.
In fact, it is not easy , and it takes quite a long time, to produce those datasets, so
we have no "perfect object" for the demostration.
The one that I'm about to show you is composed by a single block, but we can still define
a line though it and repeat the procedure with the same tools.
Ok, this is the same linear plot.
Much more interesting now.
If we load the 3D tool, we will visualize a 3D representation of the evolution of the
"line" that we are tracking, in both spatial and temporal axis.
Here we have some properties that we can change, like the scalar that we want to track, the
coloring, the position of the camera or the resolution.
Sometimes, if the data varies too much, a 3D plot can be too loaded to see things clearly.
For those cases, we have created the fourth tool, which displays a countour plot where
the evolution of the subset is much easier to see.
One little detail is that, although this works fine in ParaView, the "matpotlib" that we
are using inside it is much more limited than the "real" one, so our plots are a bit restricted
too.
That's not a problem.
In fact, that's the reason why we have created the two "txt" files with the data for the
plot.
We can use PV to process the data, deal with the blocks or visualize some "previews", and
then make the "definitive" plot outside, in the "real" matplotlib.
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Volunteers needed to get gallery honoring veterans ready for opening - Duration: 1:05.
For more infomation >> Volunteers needed to get gallery honoring veterans ready for opening - Duration: 1:05. -------------------------------------------
Desig the Final Program for Obstacle Avoider - Duration: 9:31.
Welcome to the video on Designing the program for the Obstacle Avoider Robot.
In this video, you will design the final Arduino sketch for the Obstacle Avoider Robot.
Remember the programming logic for the Obstacle Avoider robot.
The robot should move forwards, when neither of the sensors detect any obstacle.
When the right sensor detects an obstacle the robot should stop, move backwards,
away from the obstacle, and turn left, to avoid the obstacle.
Similarly, When the left sensor detects an obstacle,
the robot should stop, move backwards, and turn right, to avoid the obstacle.
When both the sensors detect an obstacle
the robot should behave the same way as it did when the robot detected an obstacle on the left.
Except, it should turn right, for a duration.
Refer to the programming logic video, to understand the conditions for each of the motions.
Now, open the Arduino IDE.
Open the sketch you had written to make your robot move.
You will use this sketch, edit this and write additional code
to make the final sketch for the obstacle avoider robot.
This is a very common practice in programming you design code to be reusable
First, save the sketch with a different name using the Save As option
in the File menu of the Arduino IDE, as shown.
You had initialized the Serial communication using the Serial.begin function, in the setup function.
You had also set the digital pins 10, 11,12 and 13, into output mode.
Remember that you had connected the IR Sensors to the Analog Pins A0 and A1.
So, you will set the pins A0 and A1 as input pins, using the pin Mode function, as shown.
You had defined the function, move Robot,to make the robot move in different directions.
Now, in the loop function, you will write the actual functionality of the robot.
First, delete all the code you had written earlier from the loop function
Remember that the IR sensor on the right side of the robot is connected to Analog Pin, A0,
and the left sensor is connected to Analog Pin, A1.
You will now assign the values read from the sensors connected to Analog Pins A0 and A1,
to variables, right and left, using the analog read function.
The integer variable right stores the value from the right sensor, and left stores the value from the left sensor.
Now, print the variables on the Serial Monitor, using the Serial.print function.
You can print the string the value of right sensor is, combined with the actual value,
converted into a string, as shown.
Now, print a tab character using the slash followed by t in the quotes, as shown.
Similarly, print the left sensor variable as you had done with the right sensor.
Add a delay after this, of about 1000 milliseconds, to be able to read the values from the sensor
on the serial monitor based on obstacle detection.
Now, before you proceed, and write the logic for the robot operation,
you will need the values from the sensors, in different conditions detecting an obstacle, and otherwise.
So, save,
compile
and upload this program onto your Arduino.
Open the Serial Monitor, once that is done.
Place the robot away from an obstacle first.
Observe that the values of both the variables right and left, are much less than 600,
as there is no surface to reflect light on to the IR photo Diode.
Now, move the robot such that the IR Sensors are brought closer to an obstacle.
You can see that the values from both the sensors, have increased to more than 600, evidently.
This is because the light emanating from the IR LED is reflected by the obstacle onto the IR photodiode.
Remember that these values are dependent on multiple things, and you might encounter different
values, compared to the values shown in this video.
You will have to make a note of what values are being displayed for your case
You might have a different value, but note the approximate value, as is shown here
Let us now get back to the program.
First, comment out the code you had writen to print the value of the sensors.
You will now write the first conditional for the robot operation.
When the analog value of both the sensors is greater than a threshold value,
it is implied that both the sensors encounter an obstacle.
This means, the robot should move first stop, move backwards, and turn left,
for a significant amount of time, to avoid the obstacle again.
As you had learnt, the analog values corresponding to detection of an obstacle will be.
Analog 0 and Analog 1 to be greater than 600, in our case.
Replace 600 with the values that you had seen in the Serial Monitor,
when the robot is placed closer to an obstacle, in case they had been different for you.
Compare the values in each analog pin with 600, to check if they are more than that.
You will then use the end operator in the if structure,
to ensure the aforementioned condition is met by both the Analog Pins.
When this condition is true, the robot should first stop, then move back for a bit, and turn left.
You will use the move Robot function, and pass the string stop, to make the robot stop.
You will then use the delay function, to stop the robot for some time.
Then, make the robot move backwards, for the same time,
and then turn the robot left, for a longer time,
by using a longer value as the input parameter in the delay function, as shown.
Refer the video on designing the sketch to make your robot move, to understand the move Robot function.
Now, copy and paste the same block of code
and keep changing the conditions to complete the rest of the program.
It is that simple!
When both the sensors' values are less than 600, it implies that the robot has not detected any obstacle.
The robot should then keep moving forwards.
So, change the values in the if conditional, to detect the change in the values of the sensors.
And, pass the string, forward, to the move Robot function, as shown.
When the right sensor value is less than 600, and the left sensor value changes to be more than 600,
it implies that the left sensor has detected an obstacle.
The robot should then turn stop, move back, and turn right.
Similarly, change the conditions for the robot, when the right sensor detects an obstacle.
This finishes the final sketch to run the obstacle avoider robot.
Save,
compile
and upload the sketch to your Arduino Uno.
So, now, the robot will function as per the programming logic, you had understood earlier.
Thanks for watching!
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♡ Lemon Boy - Part 10 For Orange Blossom's Map ♡ - Duration: 0:08.
You'd think smelling like lemon zest
would be pretty neat
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