3D model not following the Image Target in UNITY 3D-AR

 Why the 3d object is not overlaid on the image target?,I spend a lot of time to find the solution on google you tube and many of the blogs,but they were unable to solve the problem they were suggesting  some script to write on the AR camera.So lets have a look on the problem first and the setting of the Hierarchy  in the image below.
In the meanwhile friend if you have other problem like this on AR you can buy a book which is covers the fundamental and complexity of AR and VR. You can find the link here- http://azon.ly/j8k0

3D model not fix with Image target
http://www.promethions.com/

What is the problem? 

The problem is in the  Hierarchy of the unity,Target image was the child of the AR Camera,due to this the target image was just laying on the display of the screen not on the target image(that is 100 rupee note in this case).Lets have a look on the current situation of Hierarchy

http://www.promethions.com/

 Now,What is the solution?

Well we have got the solution.The solution is very simple,remove the Image Target from the child of AR camera in the Hierarchy  and let it be independent in the Hierarchy.Lets look at the situation of Hierarchy after the correction.

http://www.promethions.com/

Here you can see that now AR camera and the Target Image are independent element unlike the previous case. Now lets have a look on the play screenshot whether we have got the result or not-

Yess!!! its done now.Thanks for appreciating our effort,visit our link below for more such information.

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AUGMENTED REALITY-Part 1(Application)

What are the applications of Augmented Reality?What is Augmented Reality?Why Augmented Reality is a trending Technology?This blog will cover these Questions and relevant questions like it.

INTRODUCTION

 Augmented Reality (AR)is a latest technology which lay down the computer graphical world on the real world.In other word we can say that its a blend between the real world and the virtual digital world,the unique thing about this technology is that its don't take out the features of the real world but it add the additional information over it.There are technology like Oculus Rift which submerged the people into the different virtual world which has no any relevance with the real world.Augmented Reality(AR) is also known as mixed reality.

http://www.promethions.com/

MARKER BASED AUGMENTED REALITY

Before going into the much detail on "how it works?" and "what are the various types of AR?".I would like to motivate you enough by showing some amazing application that is already implemented,later on we will also see the AR application which has been created by our PROMETHIONS team.

Application of AR

1.AR PRODUCT INFROMATION: 

In this type of application go to the shop along with our mobile app and point out the app toward any of the product in the showroom,it will show you the additional information about that product like-Price,Brand,size etc. 

http://www.promethions.com/

2.VIRTUAL CLOTH TRYING:

By this application of Augmented Reality,one can select the cloth and stand against the webcam and the cloth will be digitally test on the person.One can see how the cloth will appear on the body in 3D.

http://www.promethions.com/

3.GOOGLE GLASS:

Glass takes photos and videos, sends text messages, engages in FaceTime-like Google Hangouts, makes phone calls, searches Google, and gets turn-by-turn navigation with maps. It can show the weather, the time, and headlines from The New York Times that have been pushed to the device, with spoken headline summaries. For now, anyway, that's about it. Some features require tethering -- GPS-based functions that use the phone, such as turn-by-turn directions. Others, like Google Hangouts and Google Search, can also be performed over Wi-Fi. When offline, Glass only takes photos and videos.

http://www.promethions.com/

  This is one of the hot topic of the technical world and it is based upon the augmented reality,so its feel cool to know about such technology and study it in great detail.

4.POKEMON GO:

 Pokemon go is a android game which is another fine example of the popularity of this technology,so lets hear a expert from TECH REALITY check-

“Pokemon Go,” a game that has millions of people roaming around the physical world to capture virtual characters, has been the hit of the summer of 2016. The allure is largely due to the app’s reality aspect, which in technology terms advances virtual reality one step further to a place that not many gamers have been. “Pokemon Go” takes what is known as augmented reality (AR) from a niche technology to mainstream.

http://www.promethions.com/

Experts consider the game a moonshot that establishes augmented reality for the future.

http://www.promethions.com/

5.EXPLORING THE NEW PLACE-

Explore the new place with Augmented Reality,just point out your phone to the landmark it will give all the relavant information about the monuments.If you see a bus just point the camera toward the bus it will tell you about the destination of the bus and even it will give you information about the taxi whether it is occupied or not.Above mentioned information is a combined effect of AR and Internet server information.

http://www.promethions.com/

6.APPLICATION IN MEDICAL-

AR is being used in the medical to laid the report in real time over the patient,this is done by entering the report of the several patient in the AR machine when Doctor see the patient through the AR gadget one by one Patients real positioning report get overlaid on them and Doctor can see the various layer or portion by clicking on the buttons or user interface of the device.In this way Doctor are able to correlate the pain or suffering connection more easily with the report.

http://www.promethions.com/

    It also help the doctor in surgery for the precision,Now a days technology based upon the electrostat is being used.It is believed that AR is a very big boost in the aid to surgery which is far better than the electrostatic technology.

http://www.promethions.com/

7.AR IN EDUCATION-

AR in education is able to explain more easily about the various topic which was a hectic task to do with the previous technique of picture and text,Moreover it provides the animation or explanation in 3D,Our team Promethions has developed two similar application first about the fabrication of MOSFET and second about the description of VSPER theory in Organic Chemistry.We will see these application in the next blog.Lets have a look one example.

http://www.promethions.com/

 

 CONCLUSION

There are numerous application of the Augmented Reality and many are coming in the service day by day.In this blog we discussed about the Idea of AR and some of its application.So now,whats next?..

Well well well..we are going to see the type of AR and the basic idea of the software which is being used in AR.In the next blog we will also see our self produced application on AR till then...bye bye!!!  

 

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MYO(MUSCLE) GESTURE CONTROL ARMBAND

About two years ago, an unknown startup by the name of Thalmic Labs took the Web by storm with a teaser for its upcoming product, Myo. Using a technique known as electromyography, this little armband was able to read electrical signals from the muscles in your forearm, map them to gestures made with your hand, and control other devices with those gestures.

 ITS DEMO TIME 

First of all guys you can buy this gadget from your trusted online site and here is the link-http://azon.ly/1iif I found that product delivered was working all right.
This was (and still is) a radical departure from the way gesture commands are typically registered. Most gesture-control systems, like Microsoft’s Kinect, still detect movements with cameras, which can be thrown off by poor lighting conditions, distance, and simple obstructions. By drawing gesture information directly from your arm muscles instead of a camera, Myo circumvents all these problems — and also works with devices that don’t have a camera in the first place.

We had a chance to try during the Europe visit(PROMETHIONS), and were extremely impressed with what we saw. 

http://www.promethions.com/

FEATURES

To read the muscle activity in your forearm, Myo wraps it in eight different blocks, each of which contains a medical-grade EMG sensor. The armband also uses a three-axis gyroscope, three-axis accelerometer, and three-axis magnetometer to sense motion in any direction.

MYO CONTROLLED DRONE

Muscle activity and motion readings are handled by an onboard ARM Cortex M4 Processor, which communicates with your devices via Bluetooth. For devices that don’t have Bluetooth functionality built in, Myo also comes with a Bluetooth dongle that plugs into any USB port.

Details on battery size aren’t readily available, but Thalmic claims the lithium-ion cell inside is big enough to keep Myo going for a full day of continued use.

DESIGN

Myo has undergone some major design changes since it was first conceived, but the final version is about as polished as you can hope for. 

It’s relatively slim and sleek considering how many sensors are stuffed inside its hull, and despite being a somewhat geeky piece of gear, it does have an undeniably badass look to it. You’ll definitely stand out while you wear it, but not enough to look like a complete doofus. This isn’t Google Glass. (Although itdoes work with it, so if you own Glass, you can totally geek out and use both devices at once.)

It’s also designed to fit just about every size of forearm, regardless of whether you’ve got willowy keyboard arms like mine, or burly lumberjack limbs that you can barely fit through your sleeves. Thalmic designed the band to be stretchy, so Myo fits snugly on most arm sizes, and can be expanded with a set of spacers if you’ve got more arm to cover. So long as your forearm is between 7.5 and 13 inches in circumference (19-34 cm), you’ll be able to wear Myo comfortably. 

http://www.promethions.com/

SETUP AND CALIBRATION

Setting up Myo is a strange and unfamiliar process, but despite being unlike you’ve ever used before, getting the armband up and running is pretty straightforward. Once you’ve got it all charged up (via the included micro USB cable), all that’s left to do is establish a Bluetooth connection with your computer and run through the calibration process. Thalmic has put together a series of short videos to guide you through the process, which make it a breeze to get going.

After you slip Myo onto your arm, you’ll need to wait for a couple minutes for the sensors to warm up. The setup video explains that during this time, Myo is forming a strong electrical connection with the muscles in your forearm. After this bond is established, Myo vibrates to let you know it’s ready for sync.
To sync Myo and start using it, you need to perform Thalmic’s special “sync gesture,” which involves holding your arm parallel to the ground, rotating your wrist outward, and then swinging your forearm out 90 degrees like it’s on a hinge.
If this gesture works and Myo vibrates again, you’re off to the races.

http://www.promethions.com/

PERFORMANCE AND USE

Simply put, Myo’s gesture-recognition capabilities are everything they’re chalked up to be — so long as you have the sensors calibrated properly. That’s the trick. It might take a couple tries to get everything perfect, but once you do, Myo works like a dream.The first thing we tried out was Thalmic’s presentation demo, which allows you to navigate through slideshows using gesture controls like tapping fingers together, waving your hand right or left, and opening and closing your fist. At first we had some trouble getting finger taps to register unless they were a bit exaggerated, but after a quick recalibration, Myo recognized all our motions instantaneously, even if the taps were light and quick.

After that, we tried it out on iTunes. It was awesome. Wave left and right to skip tracks, play and pause by spreading your fingers, and roll your fist to crank up the volume. Even when we were across the room, the gesture commands were recognized on the first try every time, and their corresponding action was executed without any sort of delay. So long as you’re within Bluetooth range of whatever you’re controlling, Myo is extremely responsive.
If there’s a downside to all this, it’s probably the fact that, in its current state, Myo can only recognize five different gestures and two types of motion. It’s not quite as dynamic as we had initially thought, and can only read finger taps, left or right waves, opening your hand, making a fist, and any up, down, left, right, and roll movements.

MYO CONTROLLED ARTIFICIAL ARM

The sensors are likely capable of more –like, say, a “trigger pull” motion you make with your index finger, or pointing with two fingers instead of one– but right now it’s limited to the aforementioned gestures and motions. That’s not to say Myo feels incomplete or incapable in any way, though. You can do a lot with the available commands — we just expected more gestures to be available out of the box.

http://www.promethions.com/

COMPATIBILITY

Flipping through your iTunes playlists and Keynote presentations is just the beginning. Thalmic put Myo in the hands of developers long before the general release, so now that it’s officially launched, the device already has a sizable library of apps and plugins to offer.
In the Myo Marketplace, you can download integrations for all kinds of apps, games, and utilities — Netflix, Spotify, YouTube, Minecraft, Civilization V, Kerbal Space Program, and tons more. There’s even one that allows you to control a Parrot AR drone like they showed in the pitch video two years ago.

Thalmic doesn’t really place any limits on how Myo can be used or what it can be used for, so developers have basically run wild with it – which is awesome, but you’ll definitely find that some of the integrations are much more practical than others.
One of the first applications I downloaded after setup was the Mac Desktop Utility, which allows you to do things like switch between desktops, take a screenshot, or show OS X’s Launchpad by using gestures. Cool, no doubt, but when you’ve already got a keyboard and a trackpad at your fingertips, it’s pretty unnecessary to throw gesture control into the mix.
For other things, however, Myo makes a whole lot of sense. Linked up to media players like iTunes or Spotify, it functions as a sort of wearable hands- free controller.

 FREE SOLAR COURSE

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MY EXPERIENCE TO EUROPE INTERNSHIP

BY-VIKAS KUMAR SINGH

(PROMETHIONS)

COUNTRY

BULGARIA(EUROPE)

INSTITUTE

TECHNICAL UNIVERSITY OF SOFIA

I am very very thankful to HMR institute of technology and management and specially to Prof. S.S Inamdar sir for providing such an amazing experience and exposure to the latest technology.It is a nearly impossible task for me sum up my experience into few paragraphs but I will try put some category so that I can touch all the dimension to some extend...

1.TECHNICAL EDUCATION AND LEARNING:

I am feeling very fortunate to get a chance to work on the technology which is being researched in the laboratory of google,Intel,Microsoft and many such famed organization. I worked on the worlds trending technology like “Augmented Reality” , “leap motion” at the same time I got acquaintance with technology like brain mapping,Myosensor(muscle sensor),drone vision and virtual reality.

The faculties and the support staffs were highly cooperative,there was always a level of trust,I would like to tell you there was several instances where we opened the lab by ourselves,worked there,and returned the key to the guard what I mean to say that they trust us enough to handover the very expensive and delicate laboratory to us many a day without any single tutor present there.

As I am saying that I am fortunate enough so I took responsibility and opportunity with both hand.I completed 4 marketable project based upon the above mentioned technology and wrote two research paper in the reputed general of Europe.Let me remind for the certificate we required to complete only one good project,so you can imagine the level of success of this internship.

For the good work and discipline we were provided a recommendation letter by Agata manalova one of the most reputed professor of Bulgaria in telecommunication.

About the university,it is a very well made and well developed university of the Europe having equipment for all the latest technology,I am the big fan of the method of learning of this university which is completely dedicated to the practical knowledge.The level of the university can be understand by one simple fact that it provide the certification for the products in europe.

2.NATURE AND BEUTY

We stayed in the sofia city,which is surrounded by the mounted from all direction.One of the most hilarious thing is, In Sofia the you will the sunshine of 16 hours means sun rises at 6am and sun sets at 10pm.Due to the large day hour one can be in the university till 4pm and can explore the Sofia for good 6 hour.

We went during the summer so average temperature was approximately 20 Degree Celsius,it was a very beautiful place,it always felt like a hill station where we were for the picnic.

There were very beautiful,natural,historical places for visit like Vitosha mountain,Bouyana waterfall,sunny beach,alaxender church etc.Let me tell you even your staying place was no less than a tourist place.

3.FOOD AND STAY

We stayed in the hostel of the university which is 4 km away from the university and the Mess was 1km away from the hostel.Hostel was well furnished and properly managed by the authority there.They were taking care of our all the concerns.Wardens were very nice in nature.

let me tell you one interesting thing they are the huge fan of our television daily show,i saw many a bulgarian watching our show(like Anandi,tulsi,kalash etc),playing our music.All the bulgarian understand english except worker class,there general language for the communication and official work is bulgarian. I am a vegetarian so I will not relish the food very much but for the non vegetarian it can be a good food.I survived myself by the dairy products,fruits,rice(having starch),pulse and thankful to the ready to eat packing from India.We were provided with the kitchen with the vessels, pot and induction pan so we used to cook our desired food on saturday and sunday.Things there were quite cheaper in their currency. I really like there transportation system if you buy the day pass of 4 lev(bulgarian currency) you can use any transportation like bus and metro on the same pass many times in a day.The key to their transportation are the buses they almost connect all the sofia.

PROJECT LIST FOR SELL (MINOR&MAJOR)

Hello everyone these are the minor and major projects which are on offer by PROMETHIONS,if you have any idea and need some assistance for the development of the project then contact us for free..

Contact number-

Anshuman-7503046502

Vikas-8470955656

Or mail us at-promethions@gmail.com
THE BELOW MENTIONED PROJECTS ARE BEING SOLD BY PROMETHIONS

                      GENERAL PROJECT LIST

·       Automatic Street Light Controlling  System Using PIR And Zigbee.

·       Arduino Based Remote Control Robotic Vehicle.

·       Microcontroller Based Walking Robot With Multi New Features.

·       Light Following Robot.

·       Arduino Based Dc Motor Speed Control Using Pwm Technique.

·       Design Implementation Of Home Automation.

·       Solar Based Mobile Charger For Rural Areas.

·       Digital Vehicle Speedometer With Password Enabled Speed Limit Setting.

·       Accident Information System Using Gps ,Gsm Sensor.

·       Raspberry Pi Based Temperature Humidity Network.

·       Electronic Nose To Indicate Gas Leakage In Underground Mines And Industries.

·       Water level indicator with speech guided.

·       Automatic light lamp for morning alarm.

·       Automatic irrigation system on sensing soil moisture content.

·       Automatic star delta starter using relays and adjustable electronic  timer for induction motor.

·       Security system using smartcard technology.

·       Line following robot.

·       Object detection based on ultrasonic means.

·       Street light that glows on detection of vehicles.

·       Theft intimation of the vehicle over sms to owner.

·       Sun tracking solar panel.

·       Thermistor based temperature control.

·       Intelligent overhead tank water level indicator.

·       Rf based home automation system.

·       Dtmf controlled robot.

·       Metal detecting robot.

·       Contactless digital tachometer using microcontroller.

·       Fm radio circuit.

·       Temperature controlled dc motor using  microcontroller.

·       Automatic washroom light switch.

·       Boolean algebra calculator.

·       Auto night lamp using led.

PROJECT LIST USING ARDUINO

1.   Line following robot.

2.   Disco light using RGB LED’s.

3.   Home automation using Bluetooth and relay.

4.   Real time clock using SSD display/LCD display.

5.   Door access security system.

6.   RFID based attendance system.

7.   Bluetooth operated robot.

8.   Speed control of DC motor using android mobile.

9.   Digital visitor counter using IR sensor.

10.                     Automatic room light controller with visitor counter.

11.                     Electronic voting machine.

12.                     Automatic bell for school.

13.                     Digital clock with alarm.

14.                     Temperature controlled fan speed.

15.                     Moving message display on LCD.

16.                     Overheat detector using temperature sensor with buzzer indicator.

17.                     Low light detection with buzzer indication.

18.                     Infra-red level detector.

19.                     Water tank level indicator and automatic motor on/off facility.

20.                     Touch controlled home automation.

21.                     RF controlled appliances.

22.                     Distance measurement using ultra sound sensor.

23.                     Vehicle movement based street light.

24.                     Stepper motor based analog clock.

25.                     Automatic plant watering system.

26.                     Score board.

27.                     GLCD based notice boards.

28.                     GLCD based tic toe game

29.                     DH11 based temperature data logger

30.                     RFID based security system

31.                     GSM based SMS sending projects (n number of projects)