This is very interesting make your friends believe that you have a twin :v.
In this tutorial I will teach you how to make your own Twin on Photoshop.
Even you don't have experience with Photoshop software, I'll teach you step by step.
Things You Need :
1. Computer
2. Photoshop any version ,You Can CS3 portable -> http://j.gs/844647/cs3
3. Camera or Mobile Phone with Camera - with SelfTimer
4. Tripod or anything that can hold the camera like lazypod.
5. Controlled working place ( Meaning No Disturbance )
Lets Start!
1. TAKE A PICTURE
Place your Camera on Tripod and Set Timer 5 to 10 second . Take a Picture of your self , but don't move your Camera position. This is very important to have same background on each Picture. You can take 2 or more pictures or change your clothes.
First Picture with my Laptop.
On this Second Pic I hold my Son to prevent him moving around, same Background Environment.
2.THE PHOTOSHOP
Open your Photoshop program , Click on File then click Open and select your photo.
Open again and select your second photo.
3. MARQUEE TOOL
On your left side Photoshop Click and Select the Rectangular Marquee Tool.
4. COPY THE PICTURE 1
Click 1 of your Picture Press CTRL + A on your keyboard ( this will select all the whole picture) then Press CTRL + C (this will copy your picture).
5. PASTE YOUR PICTURE (Layer)
Click on your second Picture and then Press CTRL + V (this will paste your copied picture 1 in picture 2 )
6. REDUCE THE OPACITY
On the right side of your Photoshop you can see Layers and the Opacity. Reduce the opacity of Layer 1. This will show both Background Picture and the Layer 1 Picture.
OPACITY will guide your later.
7. ERASER TOOL
On the left side of your Photoshop Click and select the ERASER TOOL. Adjust your Opacity to 80% Start Erasing the Layer 1 . You will Notice your Background Photo is getting cleared.
Erase Only the appropriate part .
8. Check and SAVE
After Erasing turn back the Opacity to 100% to check your Photo.
Save your Edited Picture.
Click File click Save As Anyname your want and Select JPEG Format click OK.
Last April, Facebook introduced the new feature that allows face-to-face conversations. It is initially available on mobile devices running Apple's iOS and Google's Android.
"You can quickly start a video call from any conversation with just one tap. If you’re messaging with someone and realize that words just aren’t enough, you can simply choose the video icon in the top right corner of the screen and start a video call right from within an existing Messenger conversation," Stan Chudnovsky, head of product for Messenger, and Param Reddy, engineering manager, said in a blog post.
Messenger has yet to win over some Facebook users who do not like the idea of a standalone messaging app for the social networking site.
But Facebook's Dave Marcus said only a few countries still do may not have the feature for now as the social networking giant works out some quality improvement issues.
"(W)e're happy to share we've now rolled out the capability globally, with the exception of a few countries we're still working on improving quality for," Marcus said.
He said the feature is now in the latest apps of Facebook for iOS and Android.
All of us on the Messenger team aspire to build the best communication product that will eventually enable billions of...
Posted by David Marcus on Monday, 27 April 2015
Many commenters on Marcus' Facebook post had requested that the feature be included in the country.
DigitalTrends.comsaid countries that have not yet received the video calling functionality include Egypt, Saudi Arabia, Bahrain, and the Philippines.
CD R- King another featured variant of California Eco-Bike is Berkely Smart Balance Wheel, with an Anti-slip rubber pedal with LED Lights and a 360 degree turning capacity. This variant is also equipped with a smart balancing system. It has a maximum speed of 10 kmph with a riding distance up to 15-20km on full charge. Anybody within 100kg can be accommodated in this e-bike. It has four variant color Gold, Black, White and Blue.
MTR-035-M(DLC-011) Berkely Smart Balance Wheel 1 Year Warranty ₱ 18,000.00
SPECS
Rated Power: 300W Rated Voltage: 36v (36v 4.4ah Li-on) Battery Type: Lithium-ion Charging Tine: 901-120 Minutes Max Climbing: 15 degree Load Capacity: 100 kg Speed: Up to 10Km/h Riding Distance up to 15-20Km Tire: Tubeless Tire Motor Type: Brush DC Motor Gross Weight: 10Kg For more info and to view California E-bike variants, please visit their branches or log on to www.ebike.cdrking.com ; you may also call their hotlines: (02) 245.0558 to 59 and (0925) 512.2238 for stock inquiries and orders. Read Also : http://www.blogmytuts.net/2015/04/cd-r-king-california-malibu-eco-bike.html
Was on mah way home when i saw this called "drifting scooter" thing..So i gave it a try..#girlwhorides#balance Posted by Rhianne Fernandez on Thursday, 21 May 2015
Video Credit to Ms. Rhianne Fernandez she's working at Saudi
Winaero Tweaker
The all-in-one app this software is provided free of charge by Winaero.com. It will include almost all apps released by Winaero along with new tweaks and options.
Windows Tweaker supports Windows 7, Windows 8, Windows 8.1 and Windows 10.
Created by a Russian blogger, Sergey Tkachenko Started Publishing from August 2012 and developing Windows Tweak since July 2010.
I use this to change Windows Start Sound with WAV File, You can change other Windows Sound on Personalize or in Control Panel . Example like Windows Log on , Log off and Exit Windows is the Shutdown .
There is a lot of tweaks you can do with this tool like Enable TCP/IP which is not Enabled by Default on Windows.
I'm bored today so I played with my timeline photos.
I try to re arrange them like picture puzzle.
Nine pieces picture that create a whole picture.
The secret here is to cut a whole picture in nine pcs then upload each on your timeline and tag yourself.
HOW TO :
1. Simply way to edit photos- is using PAINT, Select a photo you want to be a cover open it on Paint.
2. On Paint click View tab menu check all box Ruler, Gridlines, Statusbar,
3. Adjust your photo Zoom 50% pixel 600 x 600.
3. Now start cutting Click Home - Click Rectangular Selection.
4.
Select Lower Right Part , Left click your mouse on 400x400 ( the Red
line on ruler will guide you) and drag it to 600x600 creating a
perfect square (size 100x100)
Cut your selected part.
5. Open a Ms Paint again DO NOT CLICK NEW or your current setting will erase Open the MS PAINT on Start Menu.
Adjust your Background 200x200 with ZOOM 100% Paste Here then save as Part01
Continue to cut with this pattern.... save PART01 to PART09
6. Upload Each Part From Part01 to Part09 on your Timeline ,1 Picture at a time DO NOT Upload all in 1 Album...
7.Each Time you successfully Upload a Picture, Click and View the Picture and TAG yourself..
(YOU CAN NOT TAG WHILE UPLOADING SOME PART DON'T HAVE FACE - That is why you should upload it first )
EXPLANATION WHY WE CUT AND UPLOAD THE LOWER PART FIRST?
You can
change the position of Facebook posts very easily. You need to tag the
posts with a date and time and perhaps even seconds. Those times that
are earlier will be lower on the page and posts tagged with a later time
will be higher.
Increase Facebook likes for your blog or website. Add this lovely widget to your website and a Facebook PAGE like box will pop up with the lightbox effect when a user visits your page. The facebook widget will show up on your page about 5 seconds after the page loads (but can be customized). This is a surefire way to dramatically increase your likes.
This version is compatible with latest SDK 2.3 version
The code is similar to the other pop out page like except this plugins have the latest PAGE Like and Share button
Copy the code below find and replace https://www.facebook.com/Blogmytuts with your own Facebook Page link.
CODE
HOW TO PUT ON YOUR BLOG SITE
1. For blogspot user you can add new HTML Gadget/widgets then paste the code.
2. For WordPress themes, Weebly templates, and Tumblr, you will need to manually copy and paste the script into your template, anywhere in the body section of your template.
Change the Second Time Delay
By default the widget pops up 5 seconds after the page finishes loading. Search for the code below and change the number 20000 to a greater or lesser number.
1 second = 1000. 5 seconds = 5000 10 seconds = 10000. 60 seconds = 60000.
Today, an Icelandic prosthetic-maker announced that two amputees have been testing brain-controlled bionic legs for over a year. The devices respond to impulses in the subjects' residual limbs, via sensors that were implanted in simple, 15-minute-long procedures. "When the electrical impulse from his brain reaches the base of his leg, a pair of sensors embedded in his muscle tissue connect the neural dots, and wirelessly transmit that signal to the Proprio Foot. Since the command reaches the foot before the wearer's residual muscles actually contract, there's no unnatural lag between intention and action.
Ossur implanted tiny sensors in the residual muscle tissue of two amputees that they say trigger movement in the prosthesis via a receiver. Ossur President & CEO Jon Sigurdsson was due to announce in Copenhagen on Wednesday (May 20) that the two amputees are the first world-wide to be able to control their lower-limb prostheses subconsciously.
One of the patients trialing the new implants, Gummi Olafsson, lost his right foot and lower leg years after a childhood traffic accident. He said the implants allowed him to control his bionic leg and foot almost instantly.
"As soon as I put my foot on, it took me about 10 minutes to get control of it. I could stand up and just walk away. Come back, sit down, use my muscles to move my foot in the position I wanted to use it. It was, like you couldn't believe the feeling when you were moving your ankle. It was really strange. I couldn't explain it. It was like, I was moving it with my muscles, there was nobody else doing it, the foot was not doing it, I was doing it, so it was really strange and overwhelming," Olafsson remembered.
The signals sent from the brain to nerve-endings in muscles that prompt movement continued even when Olafsson used a different prosthesis that did not have the receiver. He said it was frustrating to be unable to control the foot once more.
The Implanted Myoelectric Sensors (IMES) measure 5 millimeters (mm) long and 3mm wide and were provided by the United States-based Alfred Mann Foundation, which develops medical technology for use in patients.
Olafsson said his body continues to adapt to his prosthetic limb more each day, allowing him increased control of it.
"Your muscles are always getting bigger, so you get more control over it. So everyday if you are using it, you're always getting more and more control over what you're doing with your foot, so in a way, everyday you're learning more about how to walk properly with the foot, how to use it to go downhill, uphill, downstairs, upstairs, even sitting down and standing up from a chair," he said.
He has been living with the IMES and an Ossur bionic limb for over a year. Ossur plans to continue assessing the technology with clinical trials.
Orthopedic surgeon, and Ossur's director of research and development, Thorvaldur Ingvarsson implanted the sensors in the two patients involved in the trial himself while they were under local anesthetic in what he said was a straightforward procedure. Ingvarsson said the new technology allows the patient's brain to control both subconscious and intentional movements.
"So, the brain power, when it takes over, it actually gives impulses through the brain into the muscles, then the muscles contract. We put sensors into the muscles, and the muscles would pick up the signals, and the signals move their way into the prosthetics, and then the prosthetics react as your brain wants," he explained.
The mobility technology company has designed the system to be compatible with its current bionic devices, which already automatically adapt to their user's gait, speed and the ground terrain, but still require intentional thought.
Ossur says it will be more of a technology "upgrade" for its current patients and anticipates that the system will be on the market within three to five years.
Ingvarsson said Ossur was on the way to creating prosthetics that are more integrated with their user.
"Our ultimate goal is to replace the function of the lost limb, and we've been doing so step-by-step and doing very well. However, as our technology move on - you have sensors for muscles, you're able to replace function by the new mind-controlled prosthetics - the next step might be to get sensing from the environment so you have a feedback loop," he said.
The company says the device is the first to use an implanted sensor inside the patient's body, whereas other mind-controlled prosthetic technologies involve transplanting muscle tissue from another part of the body and repurposing it, requiring neuroplasticity (brain retraining) to operate.
Lenovo A7000. Announced to the press last week, it will be go on sale thisThursday, May 21, at 12 NN. It will be priced at Php7, 390.
The Lenovo A7000 is the first ever smartphone to feature Dolby® Atmos™ technology, offering true surround sound. Other features include:
5.5” HD screen
MediaTek 4G LTE True8Core™ processor
2GB RAM
8MP and 5MP cameras
UPDATE: There will also be a Lenovo A7000 Sale on June 9 at 12 noon.
Now with a much more exciting Multimedia Bundle! Inclusive of Audio Technica High Fi Headphones, a Globe sim card with free internet for 60 days and a screen protector with back cover for only Php 7,499.00!
I/O Extended
events may include live streamed sessions, local developer demos,
hackathons and more. These events are brought to you by our Google
Developer Groups, Student Ambassadors, and local developers.
May 29, 4 AM
4:00 AM - 5:00 AM
Google Cloud Messaging 3.0
4:00 AM - 5:00 AM
What's new in Android
May 29, 5 AM
5:00 AM - 6:00 AM
Smarter monetization with AdMob and Analytics
5:00 AM - 6:00 AM
What’s New in Android Development Tools
May 29, 7 AM
7:00 AM - 8:00 AM
Growing games with Google
7:00 AM - 8:00 AM
Making apps context aware: Opportunities, tools, lessons and the future
7:00 AM - 8:00 AM
Material Now
DAY 2
May 30, 12 AM
12:00 AM - 1:00 AM
Polymer and modern web APIs: In production at Google scale
12:00 AM - 1:15 AM
A little badass. Beautiful. Tech and human. Work and love. ATAP.
May 30, 1 AM
1:00 AM - 2:00 AM
Tech for a better world, faster: A discussion with Google.org's social innovators
May 30, 2 AM
2:00 AM - 3:00 AM
Designing for virtual reality
2:00 AM - 3:00 AM
Helping Moonshots Survive Contact with the Real World
May 30, 4 AM
4:00 AM - 5:00 AM
Developers connecting the world through Google Play
4:00 AM - 5:00 AM
Developing for the living room with Google
May 30, 5 AM
5:00 AM - 6:00 AM
Android Wear: Your app and the always-on screen
May 30, 6 AM
6:00 AM - 7:00 AM
Democratizing Education
6:00 AM - 7:00 AM
Engineering for the Stratosphere - Presented by Women Techmakers
May 30, 7 AM
7:00 AM - 7:30 AM
Android Developer Tools: Deep dive into Performance & Build Tools
7:00 AM - 8:00 AM
Speechless at I/O
For all the functionality and freedom that modern prosthetics provide, they still cannot give their users a sense of what they're touching. That may soon change thanks to an innovative electrode capable of connecting a prosthetic arm's robotic sense of touch to the human nervous system that it's attached to. The device is part of a three year, $1.9 billion DARPA project and is being developed by Daniel Moran and his team at Washington University in St. Louis.
The electrode, technically called a macro-sieve peripheral nerve
interface, is comprised of a thin contact lens-like material less than
20 percent the diameter of a dime. It reportedly allows its users to
feel heat, cold and pressure by stimulating the ulnar and median nerves
of the upper arm.
However, Moran's team must first determine how much sensory information is actually encoded in natural systems before they can begin incorporating them into people. They'll do so by implanting prototypes into the forearms of "nonhuman primates" and monitoring the stimulation of peripheral nerves using a technique known as current steering. "We want to see what they can perceive," Moran said in a statement. "If we stimulate this sector of the nerve, that tells them to reach to one side in a standard reaching task. We want to figure out how small we can make the stimulation so they can still sense it." With that data in hand, the team expect they'll be able to develop more accurate sensor suites in future prosthetics, like the Luke Hand that DARPA is already building.
DARPA announced that its self-steering bullet program, dubbed the Extreme Accuracy Tasked Ordnance (EXACTO), passed another developmental milestone in late February. Per an administration release, and the video below, experienced and novice shooters alike were able to strike moving targets. And, in the case of expert shooters, able to hit actively evading targets as well.
Soldiers have long dreamed of smart bullets that always hit their targets, and it looks like they're now much closer to getting their wish. DARPA has posted the first footage of EXACTO (Extreme Accuracy Tasked Ordnance), a .50-caliber bullet that uses optical guidance and sensors to home in on its prey. As you see in the fuzzy-looking video below, the projectile compensates for movement, weather and wind with all the agility of a missile -- even if you try to miss, it easily swerves back on track. The project is still young, but it could prove a tremendous help to long-distance snipers for whom even the tiniest slip-up could ruin a shot.
"This live-fire demonstration from a standard rifle showed that EXACTO is able to hit moving and evading targets with extreme accuracy at sniper ranges unachievable with traditional rounds. Fitting EXACTO's guidance capabilities into a small .50-caliber size is a major breakthrough and opens the door to what could be possible in future guided projectiles across all calibers." DARPA engineers will reportedly continue to improve the ammunition's accuracy, though there is no word yet on when American snipers will begin fielding the rounds.