Create at Breadboard with 4 LEDs, 4 Switches, and 1 Speaker.
1) Make Simon Say 1 color/tone.
2) Listen and check if User inputs the correct or incorrect button push.
3) If Incorrect button press, restart game.
4) If User is correct Simon says 2 color/tones.
5) Listen and check if user has put two 2 buttons correctly.
6) Repeat to 6 patterns
7) If user gets 6 patterns, Blink all Lights 3 times (or play nice song).
–Show your project at the beginning of next class.
1. Glove Simon Says :: By using just glove, playing simon says. // Wearable Toy!
2. Pull the Ring Simon Says : player should pull the rings following what Simon says.
Inspired by …
If I iterate this idea, I may use smaller rings that can be pulled by fingers.
3. Turn Table Simon Says
Inspired by..
This locker makes me confused some times, but so much fun to turn the knob! It reminds me a DJ’s turn table.
1. Clover Decor
Use transparent plastic + half transparent paper + LED inside, little buttons which can be held between two fingers
2. Flower Pillow
Carefully hide LEDs in the four petals of the flowers, use little buttons?( or photo resister)
3. Xylophone
A. Basic Idea
Beside being a simple game, I’d like to transform the Simon Says game into a learning tool for future piano players.
By memorizing given random C Major sound patterns and playing them on a “keyboard”, the player will be able to identify notes and play them on the right keys. [This example remains of course a very basic 4 key game].
To recognize the keys, I’d like to use thermal sensors [if accurate enough]. These should recognize heat of the player’s fingers.
As a consequence, the enclosure should be a small one, that fits in the player’s hand and that has keys of approximately the size of a piano key. The material on the keys should be heat-sensitive to make the sensors work underneath.
The most important challenge will be to test the accuracy of the heat sensors.
B. Illustration
1. Ideas Based on Found Enclosures
1.a. Artist Panel Box
Based on panels found in an Art Supply Store.
LEDs are hidden under the translucent paper. User can only see their colors.
1.b. Pencil Organizer
Buttons attached around the cylinder. LEDs inside, upside-down. User can only see the inner light while holding it.
1.c. Tupperware
Arduino and LEDs attached to tupperware’s lid.
2. “Blue Sky” Ideas
2.a. Pyramidal Simon
Made out of folded cardboard. Each face has an LED and a push button.
2.b. Locker-like Simon
Inspired by the Simon Says dynamics, but not exactly the same. LEDs turn on in an angular sequence, just like in a locker. User has to repeat the same angular sequence.
2.c. Keyboard-like Simon
Self-explanatory. Slightly different from Simon’s original dynamics, though. Multiple buttons can be triggered at the same time.
Evander Batson
xinhe feng
FluffyLeecy
frankiezek
gaboratparsons
giang063
gracegotlost
lauriewaxman
Siwen Li
Tim Xiaofeng Lin
Yury Gitman
mar28th
Max(TONG WEN)
Soohyun
sabotai
Susan Lin
Making Toys 
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