I have decided to do a group costume with Heba and Vani. My costume will be of Khonshu from Marvel’s Egyptian mythology inspired series called “Moon Knight”.
The costume has many parts. The main parts are the mask and the staff.
The staff will be the primary LED component. Rather than having the staff just glow at all times, I want it to glow as the staff makes contact with the ground. This will be achieved by a photocell and vibration switch housed at the bottom of the staff (having two components for redundancy). The photocell detects light and the vibration switch detects vibrations, I will program the circuit to turn on the LEDs in the staff’s tip when the photocell detects a dramatic decrease in light and/or when the vibration switch detects a vibration of sufficient magnitude.
The mask is a plague doctor mask that I purchased on Amazon. I will place joint compound on to make it more boney so that it fits the look of Khonshu. It will not have any LED elements.
For the rest of the body, I will be draping it with large pieces of white cloth over my old and oversized karate uniform. This past weekend I went to FabScrap with Heba and Vani so I was able to purchase a lot of fabric.
While these other planning steps are complete, I do need some help with designing the circuit!
If this seems like too much in terms of scope, I have a back-up plan of keeping the staff and changing the overall costume into Gandalf/Saruman the White.
The IoT mood tracker is a device that provides feedback to student advisors on how a group of students is feeling. Graduate school can be extremely challenging. Sometimes it gets so bad that students get burned out. What if student advisors knew that students were not doing well before they reached the burnout stage?
The IoT Mood tracker uses a suite of Adafruit products, Adafruit IO and IFTTT to invite passersby to hit a physical thumbs up, thumbs down, or thumb level that represents the mood they are feeling. When any one thumb has been pressed a certain amount of times, the device sends an email to a student advisor.
Have you ever got burnt out with schoolwork? This IoT Mood Tracker helps student advisors know how a student cohort is doing through out the semester in order to keep burnout at bay. The device uses thumb-shaped buttons, electronics and the internet to record student moods and relay the information to school administrators.
For my final project I am tossing us either further develop my door bell or starting with a new idea.
1 – The new idea – Physical controls for a digital world.
This idea adds physical elements reminiscent of the typewriter to the laptop. Intended for writing, the physical interface slows down the writing process and forces us to move.
This project would require an Arduino capable of inputting information into the computer, such as the Arduino Mini. I believe this is called a gpio breakout board. When pulled the level would trigger a switch and trigger the return key of the computer.
2 – The old idea – Ding Dong Knock Knock Door Bell
As there is limited time to refine the project before needing to produce a video and instructable I may be better off refining my door bell this would include.
Connecting it the internet and use IFTTT to trigger an email when the door in knocked
Miniaturising the circuit to fit within a case. This would allow me to create a instructable article around a more refined design.
My final project will be on the same trajectory as the stroking porcupine, my last project. Using a capacitive sensing system, I want to create a vertical garden that represents one’s emotional wall.
Everyday, in our interactions with others, we gauge/warm up to/distance/trust/close off/let in others. Similarly, pods of grass loosen/appear with a nice gentle stroke and hide behind the with hard slaps.
Build a 12″x 12″ frame for a “wall” that stands upright
Make a square insert of grass that would become the capacitive sensor
Run conductive copper tapes in the back of the square and fill with dirt&grass
Complete the circuit by connecting the copper tapes to Arduino shield
Determine whether it’s a slap or a stroke by measuring the length of the touch with capacitive sensing grass
Use a motor for pulling in the squares of grass when they’re slapped
Grass wall retracts:
Still need to define how to make the grass square slide back and forward (servo? belt?).
For my final project, I’d like to make a hidden Nerf/disc gun in an enclosure that looks like a speaker box. The speaker box would be able to shoot the disc and send audio, particularly to shout “Heads up”.
I have a few ideas of how/when to activate the gun and sound:
Shoots, then says heads up
Heads up, then shoot (normal case)
Shouts heads up, but nothing shoots.
Productivity tool – monitors computer usage
Spend too much time on Facebook, get shot
Ignore emails, get shot
Messaging – incorporated into Slack/Messenger
2 people can shoot each other
Serious version… Shoots every time there is a gun death in the US
Uses an IFTT to a website counter for gun deaths
Add in sensor to shoot when nearby
Depending on the activation method, the internal sensors will change. However, first step will be to create mechanics to shoot discs. I am planning to take apart a toy gun like below to utilize the mechanics and set it up into the enclosure and activate from arduino. Most likely a servo motor to activate a trigger/spring.
I will also need wave shield to generate audio inside the enclosure.
Fascinated by IoT and other wireless technology, I started with getting an HC-06 Bluetooth module.
Attaching the Bluetooth with the Arduino came next. I started by researching, building and applying codes to the Arduino circuitry. After a number of iterations with trials & errors, I started getting some headway with the connection.
Why stop at using an app when you can command by using voice, ‘Lights on’ and ‘Lights Off’ was what I was aiming at. Delving further into every instructable ever I finally managed to get to a workable point.
After changing this circuit, making tweaks in the code and searching for more Instructables, I finally got it to react to my voice.
The video to show the same.(Even though google does not understand my voice.)
Now that I have a successfully connected Bluetooth module, I wanted to take it to the next level. One way could be attaching a relay transistor arrangement and connecting to a REAL device, say a light/fan/coffee machine. I wanted to take a different direction and tackle another issue.
I wanted to make a light go on, whenever I got a new e-mail on the school email, just cause I tend to miss those all the time and why not. This is where the actual fun started.
After much research and deliberation, one of the possible ways could be to use multiple platforms and ways to make this happen using the resources I already had at hand.
IFTTT is a tool which works on the basic if this then that principle, essentially I enabled the tool to; Whenever there is a new mail on firstname.lastname@example.org then send a web URL(through the maker for DIY projects) to change 0-1 on my host(antriksh.96.lt).
Hosting a webpage/ making a temporary domain is simple but delving into SQL databases/ writing the PHP script is something I have no experience at, a genius friend helped me with the same. This essentially meant that IFTTT could send a call to change variables on my domain every time it detected a new e-mail coming in. There is some stuff going on at the backend,some of which I understand and most I do not.
There is no existing application on the google marketplace that supports such a custom framework. So I started getting into making one. Using the MIT App Inventor(Only for android, IOS does not support app making like this).
After placing, replacing and then replacing code blocks I got to a prototype which I can use with the app. Getting into the basic of the emulator is easy, but you can make full blown complex apps on these. My thing was very basic(not for me, though).
Now I will try and experiment with this App in use on an android phone.
For this assignment, i built an innovative switch, which is a level sensor. this sensor can sense imbalancement and give output under different circumstances.
That’s how it works: the liquid in plastic ball is salt water, so every time it touches copper tape from above it creats an working circuit and light up the LED.
For the application of this device, the tack driver can install it on the top of the trunk, so it will alert the truck drive when the cargo in the trunk is unevenly distributed which can cause severe consequence during sharp turns.
The ‘Knock Knock Ding Dong Door Bell’ is an innovative switch that activates your home doorbell when someone comes-a-knocking. The current prototype is a working proof of concept that utilises an Arduino with wave shield to play the bell sounds and a piezo as a vibration sensor to detect knocks.
Future versions of the Knock Knock Ding Dong Door Bell will text you when someone knocks on your door and you are not home.
Knock Knock Ding Dong Door Bell. Coming this Spring. US$95.00