1. What will it do?
Algorithm:
Servomotor moves from 90 to 140 degrees -> Plastic tap is opened -> 24 seconds pass -> 1cm height of the machine's second floor is filled with Chicha 
-> Servomotor moves from 90 to 140 degrees -> Plastic tap is closed -> Webcam takes a picture -> Picture is stored in Processing folder -> 5 seconds pass -> Process is repeated 12 more times

Function in simple words:
It will take pictures of an object's layers using a servomotor, a plastic tap, a webcam and chicha for allowing the user to use them later for reconstruct the solid using Rhinoceros

2. Who's done that beforehand?
- Chicha scanner technique is a Peruvian variation of the Milkscanner technique. This last technique consists of constantly pouring milk on a bowl while taking pictures with a camera on a tripod. Here is a Youtube video that shows how Millkscanner techniquemworks. It should be said that the automatic aspect is the innovative side of my final project, as highly increases the efficiency of the Milkscanner technique.

3. What materials and components will be required?
1) 180cmx120cm 6mm Acrylic
2) 20cmx20cm 3mm Acrylic
3) FTDI Cable
4) [4] 1.5V Batteries Case
5) [4] 1.5V Batteries
6) Half of Gatorade bottle
7) San Luis water bottle
8) Bath cap
9) Webcam
10) Plastic tap
11) 15 kilograms Servomotor
12) 5cmx4cm Bronze elbow
13) Plastic belt
14) 1mm Nilon
15) Terminal cables
16) Laptop
17) Plastic Tube
18) Pen cap
19) Silicone
20) Scissors
21) Ruler
22) Hinges and Screws.
23) Cloroform and its needle
24) Fabduino
- [3] 0.1uf Capacitors
- [2] 22pF Capacitors
- [2] 10uF Capacitors
- [2] LEDS
- [1] Jack. 65mm
- [1] 2x3 Pin
- [4] 1x6 Pins
- [1] 1x4 Pin
- [1] 10k Resistor
- [2] 499k Resistor
- [1] 0k Resistor
- 6mm Switch
- ATMega 328
- Regulator
- Crystal 22MHZ
25) 4,8 Liters of Chicha
26) Joining pictures software
27) Scotch tape

4. Where will they come from?
- Some of the materials can be found in Fab TECSUP and other materials will be bought by me.

5. How much will it cost?
Note: I can just specify the cost of materials I bought (without including Laptop):

Materials	Price $
1) 180cmx120cm 6mm Acrylic	35
2) 20cmx20cm 3mm Acrylic	4
3) [4] 1.5V Batteries Case	2
4) [4] Recheargable 1.5V Batteries	25
6) Gatorade bottle	1
7) San Luis water bottle	0.5
8) Bath cap	1
9) Webcam	45
10) Plastic tap	1
11) 15 kilograms Servomotor	10
12) 5cmx4cm Bronze elbow	5
13) 1mm Nilon	3
14) Hinges and Screws	4
15) Cloroform and its needle	3
16) 4,8 Liters of Chicha	2
TOTAL	141.5

6. What parts and systems will be made?
- 3-Floor Structure
- Fabduino
- Servomotor-Nilon-Plastic tap system

7. What processes will be used?
- Inventor Design
- Laser cutting
- Electronic Production (Input and Output) and Solding
- Embedded Programming
- Interphase & Applications

8. What tasks need to be completed?
- Develop a software that generates a 3D Picture of an object just by uploading the pictures of the object's layers

9. What questions need to be answered?
- Is it possible to develop a software that generates a 3D Picture of an object just by uploading the pictures of the object's layers?

10. What is the schedule?

Processes	Dates
Inventor Design	June 11th-June 14th
Laser cutting	June 15th
Electronic Production (Input and Output) and Solding	June 16th-June18th
Embedded Programming	June 19th
Interphase & Applications	June 20th-21th
Final Test	July 22th
Further Software	July 18th (may change)

11. The folllowing criterias must be met:
- Servomotor opens plastic tap when moved from 90 to 140 degrees.
- Webcam takes pictures of the scanned object layers.
- Servomotor is syncronized with the Webcam (Arduino IDE and Processing programs are synchronized via Serial communication).
- Scanned object layers are stored in a folder (Created by Processing).