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Project Ideas - Coggle Diagram
Project Ideas
Punch Calculator and Simulator
Equipment
Micro Bit
Shake recognizes punch
acceleration detector
MI: Power for micro bits
Connects to wrist
Battery keeps micro bit on
Connected to microbit
Sensors
accelerometer
Micro bit
Execution
Shake is activated in micro bit to show punch
force is measured using f=ma
Data
Quantative
Qualtative
put into spreadsheet
Robotic arm catch predictor
idea
Object travels towards robotic arm
ultra sonic sensor measures distance
closes claw to catch object
Robotic arm is set up with ultra sonic sensor
another sensor placed on other side of arm can detect is object is coming from different direction
data is recorded on to spreadsheet
prediction is made based on previous data
Equipment
Raspberry Pi
Raspberry Pi
Raspberry Pi Robotic arm
Raspberry Pi camera
sensors
Ultra Sonic Sensor
camera
light sensor
motion sensor
Data
Success Rate
Object detection rate
fail rate
Reaction speed
object starting distance
Rock Paper Scissors prediction game
Data
Player Win rate
Player loss rate
Machine Win rate
Machine Loss rate
Prediction rate
Rock,Paper,Scissors pick rate
collection
Spreadsheet
Google docs
equipment
Hardware
Micro:Bit
Breakout Board
Sense Hat
Sensors
Light Sensor
Software
MicroSoft make code
Thonny
Process
RPS randomiser made
Micro:bit
Sensors
Micro:Bit chooses between r,p,s
Completely random at beginning
Player plays against the micro:bit using sensors and data is collected
micro:bit begins to predict in an attempt to beat player
Mood checker using infarred temp sensors
idea
run through thonny
infrared sensor records temp x amount of times
Temp can be read for room, person etc..
data is taken and put into a csv file
Data file (csv) is created through the project and data is constantely added to through testing and use
Data can be used to predict how temp affects different aspects of a persons health stated in the code (physical or emotional)
All data is stored in csv file
Max temp is found
Min temp is found
user is asked how they physically feel
user is asked how they emotionally feel
user asked how they feel environmentally
creates a user happiness score using max, mins and different states
Project run through python
Python graphs can represent different states and factors using pygraphs
Pygraphs get their data through the constant testing and data collection
This can be used to assist in pattern detection and data collection.
equipment
infrared sensor
Raspberry pi 3
Thonny
Data
Maximum temp
Minimum temp
Mean temp
emotional wellbeing
environmental wellbeing
User's mood
average temp
physical wellbeing
Level of happiness
collected through a csv file
Arm Simulator
Idea
Robotic arm Simulator
equipment
Raspberry Pi
connects to equipment
Sense hat
Cables
Jumper wires
Male to male
Female to Female
Male to female
Raspberry Pi Robotic Arm
Motors
servo motors
external Power supply
Battery pack
rasperberry pi
plug
Micro bit
acts as controller
a = left
b = right
left tilt = lower arm
right tilt = higher arm
execution
Raspberry Pi camera recognizes input
Sends message to robotic arm
Robotic arm mimics the action
Time to react, success rate, object weight etc are recorded
Data
Quantative
Quantative
Put into spreadsheet
Google docs
Google sheets
Excel
Graph
Bar chart
Pie Chart
line graph
Histogram
Sensors
Camera (Raspberry Pi Camera)
Robotic arm (Raspberry Pi robotic arm)
Light sensor
Motors
Servos
Reaction Game
senors
camera
light sensor
Micro Bit
idea
hole in the wall game
match wall outline
reaction time is checked
micro bit reaction game
image appears on micro bit
user reaction is based on image shown
micro bit tracks time and inputs into doc